Table of Contents

Message from Conference Chairperson .................................................... 1
Message from URSI President .................................................................... 1
Conference Venue ........................................................................................ 2
Sponsors, Cooperation and Support .......................................................... 2
Conference Organization ............................................................................ 2
Time Table of 2001 Asia-Pacific Radio Science Conference .................... 4
Convenors' List ............................................................................................ 6
Scientific Program ....................................................................................... 8
Instructions for Oral Presentation ........................................................... 39
Instructions for Poster Presentation ........................................................ 39
Conference Events ..................................................................................... 40
Organizing Committee Meeting ........................................................................ 40
Opening Ceremony ............................................................................................ 40
Welcome Reception ........................................................................................... 40
International Committee Meeting ...................................................................... 40
Business Meetings ............................................................................................. 40
Banquet .............................................................................................................. 40
Accompanying Persons' Program ...................................................................... 40

Authors’ Index ............................................................................................ 41
Floor Guide of Chuo University ............................................................... 54
Access Map ................................................................................................. 58
Area Map .................................................................................................... 59

AP-RASC '01

Message from Conference Chairperson
The 2001 Asia-Pacific Radio Science Conference (AP-RASC ’01) is the first Asia-Pacific regional
URSI conference to be held between URSI General Assemblies. The AP-RASC ’01 is sponsored by theJapan National Committee of URSI and The Institute of Electronics, Information and Communication
Engineers (IEICE) and co-sponsored by the International Union of Radio Science (URSI). The objectiveof this Conference is to stimulate and to coordinate the research activities of radio science in the AsiaPacific area. The main theme of this conference is “Radio Science - Communications, Environment, andEnergy”. As General Lectures, Prof. Yasuhiko Yasuda of Waseda University, Japan, will present his paperon “Mobile Communications Technology-Most Brilliant Application of Radio Science” and also Prof.
Govind Swarup in India will present his paper on “Challenges at the Frontiers of Science and Engineering in Radio Astronomy”. Corresponding to the main theme, the Union Session on “Solar Power
Satellite and Wireless Power Transmission” will be held as a common theme for all Commissions. Scientific sessions will cover all scientific activities of the URSI Commissions A to K. We would like to havethe AP-RASC in every three years somewhere in the Asia-Pacific area following to the AP-RASC ’01. We
expect that the AP-RASC develops as a real forum of URSI activities in the Asia-Pacific area. I wish toextend my hearty welcome to your participation in the AP-RASC ’01 and welcome to Tokyo.
Yoji Furuhama
Conference Chairperson, AP-RASC ’01

Message from URSI President
On behalf of the whole URSI family, I would like to express my hearty welcome to all participants tothe 2001 Asia-Pacific Radio Science Conference (AP-RASC ’01), here in Tokyo. It has been widely
recognized that the URSI activity has a delta-functional peak at the time of the General Assembly (GA)every three years. In order to fill out the activity valley during the inter-GA triennium, various efforts havebeen attempted and actually performed. URSI-sponsored symposia and workshops organized by a single
or joint URSI Commission(s) have definitely enhanced its inter-GA activities. Trans-Commission activities covering all subjects related to radio science have also been boosted in the midst of the two consecutive
URSI GAs by a regional conference such as the North American URSI meeting. However, such regional
conference has never been held in the Asian Pacific region. The AP-RASC is expected to provide a similar
forum to this end. URSI is pleased to observe such a new effort of expanding URSI activities and enhancing its visibility.
The first AP-RASC was proposed and organized by the Japanese Member Committee of URSI and
was given endorsement by URSI. URSI hopes that the AP-RASC will continually be held triennially in
different places by different URSI Members in the Asian and Pacific-rim region. Finally I must express mythanks as URSI representative to thank all the work done by the Japanese Organizing, Steering and Program Committees for taking pains to prepare and hold the AP-RASC ’01.

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Messages

Hiroshi Matsumoto
URSI President
Chairperson of International Advisory Committee of AP-RASC ’01

AP-RASC '01

Conference Venue

Conference Organization

The 2001 Asia-Pacific Radio Science Conference(AP-RASC ’01) will be held on August 1-4, 2001,
at the Korakuen Campus (Faculty of Science andEngineering) of Chuo University (Address: 1-1327 Kasuga, Bunkyo-ku, Tokyo 112-8551, Japan).

Conference Chairperson
Y. Furuhama, Past President of Japan National
Committee of URSI (Japan)
International Advisory Board
Chairperson:
H. Matsumoto, President of URSI (Japan)
Members:
P. Bauer, Past President of URSI (France)
W.E. Gordon, Past President of URSI (USA)
E.V. Jull, Past President of URSI (Canada)
A.P. Mitra, Past President of URSI (India)
T.B.A. Senior, Past President of URSI (USA)P. Lagasse, Secretary General of URSI (Belgium)
J. Van Bladel, Past Secretary General of URSI
(Belgium)
E. Bava, Chair of URSI Commission A (Italy)
S. Ström, Chair of URSI Commission B(Sweden)E. Bonek, Chair of URSI Commission C(Austria)
A. Seeds, Chair of URSI Commission D (UK)
R.L. Gardner, Chair of URSI Commission E(USA)
Y. Furuhama, Chair of URSI Commission F(Japan)P.J. Wilkinson, Chair of URSI Commission G(Australia)
H.G. James, Chair of URSI Commission H(Canada)J.N. Hewitt, Chair of URSI Commission J (USA)S. Ueno, Chair of URSI Commission K (Japan)

Sponsors, Cooperation and Support
Sponsored by- Japan National Committee of URSI
- The Institute of Electronics, Information and Communication Engineers (IEICE)
Co-sponsored by- International Union of Radio Science (URSI)
Supported by- Chuo University
In cooperation with- Association for Promotion of Electrical, Electronic
and Information Engineering- Astronomical Society of Japan- Communications Research Laboratory- IEEE Japan Council- Japan Biomagnetism and Biomagnetics Society- Japan Society of Medical Electronics and Biological Engineering- National Space Development Agency of Japan- Society of Atmospheric Electricity of Japan- Society of Geomagnetism and Earth, Planetary andSpace Sciences- The Geodetic Society of Japan- The Institute of Electrical Engineers of Japan- The Institute of Space and Astronautical Science- The Japan Society of Applied Physics- The Laser Society of Japan- The Physical Society of Japan- The Remote Sensing Society of Japan

International Steering Committee
Chairperson:
Y. Furuhama, Past President of Japan National
Committee of URSI
Members:
Y.Y. Antar, President of Canada National Committee of URSI
N.A. Armand, President of Russia National Committee of URSI
S.K. Avery, President of USA National Committee of URSI
S. Chandran, President of Malaysia National
Committee of URSI
S. Cusripituck, President of Thailand National
Committee of URSI
Y. Hosoya, Secretary of Japan National Committee of URSI

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K. Okamoto, Osaka Pref. Univ. (Japan)
Y. Omura, Kyoto Univ. (Japan)
K.-I. Oyama, The Inst. of Space and Astronaut.
Sci. (Japan)
K. Sakai, KDD-SCS (Japan)

AP-RASC '01

C.-H. Liu, President of China (SRS) National
Committee of URSI
J. May, President of Chile National Committeeof URSI
J.-W. Ra, President of South Korea National Committee of URSI
V.U. Reddy, President of India National Committee of URSI
A. Serrano, President of Mexico National Committee of URSI
Z. Sha, President of China (CIE) National Committee of URSI
D. Skellern, President of Australia National Committee of URSI
N.R. Thomson, President of New Zealand
National Committee of URSI
R.F. Woodman, President of Peru National Committee of URSI

Program Committee
Chairperson:
K. Okamoto, Osaka Pref. Univ. (Japan)
Members:
S. Enome, Prof. Emeritus of NAOJ (Japan)
K. Hashimoto, Kyoto Univ. (Japan)
Z.-I. Kawasaki, Osaka Univ. (Japan)
T. Manabe, Commun. Res. Lab. (Japan)
M. Muraguchi, NTT Elec. (Japan)
Y. Okuno, Kumamoto Univ. (Japan)
T. Shibata, The Univ. of Electro-Commun.
(Japan)Y. Takushima, The Univ. of Tokyo (Japan)
J. Umezu, Commun. Res. Lab. (Japan)
S. Watanabe, Commun. Res. Lab. (Japan)

Organizing Committee
Chairperson:
S. Okamura, International Univ. of Japan (Japan)
Members:
S. Adachi, Tohoku Inst. of Tech. (Japan)
M. Akaike, Science Univ. of Tokyo (Japan)
M. Ando, Tokyo Inst. of Tech. (Japan)
Y. Furuhama, Nat. Space Develop. Agency ofJapan (Japan)
M. Hayakawa, The Univ. of Electro-Commun.
(Japan)K. Horiuchi, Waseda Univ. (Japan)
S. Ikeuchi, Nagoya Univ. (Japan)
M. Inoue, Nobeyama Radio Obs. (Japan)
H. Matsumoto, Kyoto Univ. (Japan)
D. Sugimoto, Univ. of The Air (Japan)
S. Ueno, The Univ. of Tokyo (Japan)
Y. Yasuda, Waseda Univ. (Japan)

Local Arrangements Committee
Chairperson:
K. Kobayashi, Chuo Univ. (Japan)
Members:
M.D. Brown, Chuo Univ. (Japan)
H. Hosono, Nihon Univ. (Japan)
H. Shirai, Chuo Univ. (Japan)
T. Yamasaki, Nihon Univ. (Japan)
AuditorM. Yamada, Tokyo Univ. of Technology (Japan)

Sponsors &Organization

Steering Committee
Chairperson:
Y. Furuhama, Nat. Space Develop. Agency of Japan(Japan)Secretaries:
Y. Hosoya, Kitami Inst.of Tech. (Japan)
T. Kobayashi, Tokyo Denki Univ. (Japan)
M. Taki, Tokyo Metropol. Univ. (Japan)
Members:
T. Kasuga, Hosei Univ. (Japan)
K. Kobayashi, Chuo Univ. (Japan)
H. Matsumoto, Kyoto Univ. (Japan)
I. Nagano, Kanazawa Univ. (Japan)-3-

AP-RASC '01

Time Table of 2001 Asia-Pacific Radio Science Conference
Wednesday, August 1

Thursday, August 2
8:30-17:40 Registration

9:30-11:10<Session 1>-A1 (Room A)-B1-1 (Room B)-C1 & C2 (Room C)-D1-1 (Room D)-E1 (Room E)

11:00-18:00-F1-1 (Room F)-G1 (Room G)-H5 (Room H)-J1 (Room J)-K2 (Room K)

11:10-11:30 Coffee BreakRegistration
11:30-12:30
Organizing Committee Meeting(Members Only)-Room M5

13:30-14:00

11:30-12:30<General Lecture 1>-Room U
12:30-14:00 Lunch Break
12:40-13:40
International Committee Meeting(IAB, ISC Members Only)-Room M5

<Opening Ceremony> -Room U
14:00-15:40

14:00-15:40<Union Session 1><Session 2>-Room U

-A1 & A2 (Room A)-B1-2 (Room B)-C3 (Room C)-D1-2 (Room D)-E2 (Room E)

15:40-16:00 Coffee Break

15:40-16:00 Coffee Break

16:00-17:40

16:00-17:40<Union Session 2><Session 3>-Room U

-A2 (Room A)-B6/BE (Room B)-D1-3 (Room D)-E3/EGH (Room E)-F3 (Room F)-F2 (Room F)-G2 (Room G)-H6-1 (Room H)-J2 (Room J)-K1 (Room K)-G3 (Room G)-H6-2 (Room H)-J3 (Room J)-K3 (Room K)

18:00-20:30<Business Meetings>-Commission A (Room A)-Commission B (Room B)-Commission C (Room C)-Commission D (Room D)-Commission E (Room E)

18:30-20:30<Welcome Reception>-Cafeteria I-4--Commission F (Room F)-Commission G (Room G)-Commission H (Room H)-Commission J (Room J)-Commission K (Room K)

8:30-17:40 Registration

Saturday, August 4

AP-RASC '01

Friday, August 3

8:30-17:00 Registration
8:50-10:30<Session 6>-B5 (Room B)-B7/BCE (Room X)-D4-1/DBC (Room D)-E6/EC (Room E)-F6 (Room F)

9:30-11:10<Session 4>-A3-1 (Room A)-B3-1 (Room B)-E4/EGH (Room E)-F4 (Room F)-G4 (Room G)-H3 (Room H)-J4 (Room J)-K4 (Room K)

10:30-10:50 Coffee Break
10:50-12:30<Session 7>

11:10-11:30 Coffee Break-A4-1 (Room A)-B2 (Room B)-B8/BCE (Room X)-D4-2/DBC (Room D)-E7 (Room E)

11:30-12:30<General Lecture 2>-Room U
12:30-14:00 Lunch Break-A3-2 (Room A)-B3-2 (Room B)-B4 (Room X)-C4/CD (Room C)-E5/EGH (Room E)-F7 (Room F)-G7 (Room G)-H2 (Room H)-J7 (Room J)-K8/KE (Room K)

12:30-14:00 Lunch Break

14:00-15:40<Session 5>-G6 (Room G)-H1 (Room H)-J6 (Room J)-K7/KAB (Room K)

14:00-15:40<Session 8>-F1-2 (Room F)-F5 (Room Y)-G5 (Room G)-H4 (Room H)-J5 (Room J)-K5 (Room K)-A4-2 (Room A)-B9-1/BCDEFK (Room B)-D2 (Room D)-E8 (Room E)-F8 (Room F)

15:40-16:00 Coffee Break

15:40-16:00 Coffee Break

16:00-19:00

16:00-17:40<Poster Session><Session 9>-B9-2/BCDEFK (Room B)-D3 (Room D)-E9 (Room E)-F9 (Room F)-G10/GE (Room X)-G8 (Room G)-G9/GE (Room X)-H7 (Room H)-J8 (Room J)-K6-1 (Room K)-H8 (Room H)-J9 (Room J)-K6-2 (Room K)

19:00-21:00<Banquet>-Tokyo Dome HotelTime Table-5-

AP-RASC '01

Convenors' List
Union Session:
U: Solar Power Satellite and Wireless Power Transmission
J.G. Hawkins (USA)K. Hashimoto (Japan)

C3: Radio Agents for Future Multimedia PersonalCommunications
K. Tsukamoto (Japan)
Y.-H. Park (Korea)
C4/CD: Microwave Photonics
H. Ogawa (Japan)
M. Tsuchiya (Japan)
Commission D: Electronics and Photonics
D1: Surface Emitting Lasers and Novel Microcavity
DevicesY. H. Lee (Korea)
F. Koyama (Japan)
D2: Advanced Devices for Wavelength Division
K. Okamoto (Japan)
I. Mito (Japan)
D3: Femtosecond Optoelectronics and Ultrafast Communications
M. Nakazawa (Japan)
D4/DBC: Lightwave Radio and Relevant Technologies
T. Takano (Japan)
D.M. Britz (USA)Commission A: Electromagnetic Metrology
A1: Frequency Standards
P. Fisk (Australia)
S. Ohshima (Japan)
A2: Time Scales and Time and Frequency Transfer
M. Hosokawa (Japan)
C. Liao (Taiwan)
A3: Frequency Stabilized Laser and Its Applications
A. Onae (Japan)
H. Inaba (Japan)
A4: Electromagnetic Measurement and Standards
H. Yajima (Japan)
J.H. Kim (Korea)
Commission B: Fields and Waves
B1: Scattering and Diffraction
H.J. Eom (Korea)
K. Kobayashi (Japan)
B2: Media Effects in Electromagnetics
A. Ishimaru (USA)
C.H. Chan (China)
B3: Guided Waves
K. Yasumoto (Japan)
S.J. Xu (China)
B4: Intelligent Antennas
K. Sawaya (Japan)
T. Maeda (USA)B5: Electromagnetic Theory - Basics and Applications
M. Nakajima (Japan)
S. Tokumaru (Japan)
B6/BE: Electromagnetics in EMC Problems
M. Tokuda (Japan)
L.-C. Zhang (China)
B7, B8/BCE: IMT2000: Its Development and Challenge
S. Ohmori (Japan)
K.-J. Wee (Korea)
B9/BCDEFK: Computational Techniques and EM
Field Simulator
M. Koshiba (Japan)
K.S. Chiang (Hong Kong)

Commission E: Electromagnetic Noise and Interference
E1, E2: Lightning Discharge
D. Wang (Japan)
A. Bondiou-Clergerie (France)
E3, E4, E5/EGH: Sprites, elves and their global activities
Y. Takahashi (Japan)
M. Fuellekrug (Germany)
E6/EC: Electromagnetic Compatibility in Communication Systems apparatus
S. Miyamoto (Japan)
J. Gavan (Israel)
E7, E8: EMC Problems in Printed Circuits Boards
and Systems
O. Wada (Japan)
H. Garbe (Germany)
E9: EMC Problems of Electrical Power System
C. Kim (Korea)
Z.-I. Kawasaki (Japan)
Commission F: Wave Propagation and Remote
Sensing
F1: Earth-Space Propagation
Y. Maekawa (Japan)
C.E. Mayer (USA)F2: Fixed Terrestrial Propagation
A. Sato (Japan)
F3, F4: Mobile and Indoor Propagation
Y. Karasawa (Japan)
C. Wilson (Australia)

Commission C: Signals and Systems
C1 & C2: Advanced Radio Technologies
R. Kohno (Japan)
S. Haruyama (Japan)-6-

H7, H8: Modeling and Computer Simulations inSpace Plasmas
K. Tang (China)
S. Machida (Japan)

AP-RASC '01

F5: Polarimetric Remote Sensing of Earth’s Environment
W.-M. Boerner (USA)Y. Yamaguchi (Japan)
F6: Interferometric Remote Sensing of Earth’s Environment
Y. Kim (USA)
H. Yamada (Japan)
F7: Remote Sensing of Rain and Clouds
Ge Wenzhong (China)
H. Kumagai (Japan)
F8: Subsurface Remote Sensing and Ground Penetrating Radar
M. Sato (Japan)
D. Noon (Australia)
F9: Advanced Remote Sensing Technologies
S. Uratsuka (Japan)
W.M. Moon (Korea)
Y.S. Oh (Korea)

Commission J: Radio Astronomy
J1, J2: Large Telescopes and Projects - Millimeterand Submillimeter Facilities
K.Y. Lo (Taiwan)
T. Hasegawa (Japan)
J3, J4: Low-Frequency Telescopes and/or Dense Arrays
M. Kojima (Japan)
B. Peng (China)
J5, J6: VLBI Projects and Their Scientific Perspective
D.L. Jauncey (Australia)
T. Sasao (Japan)
J7, J8: Collaboration and Development of Radio Astronomy in Asia-Pacific Region
M. Inoue (Japan)
T. Tzioumis (Australia)
J9: Future Plans in the 21st Century
T. Kasuga (Japan)
S. Cho (Korea)

Commission G: Ionospheric Radio and Propagation
G1, G2: International Reference Ionosphere
K.-I. Oyama (Japan)
D.K. Bilitza (USA)K.K. Mahajan (India)
G3, G4: Ionospheric Dynamics and DisturbancesS. Maeda (Japan)
T.J. Fuller-Rowell (USA)H. Shinagawa (Japan)
G5, G6: Ionospheric Irregularities and Structures
M. Yamamoto (Japan)
R.T. Tsunoda (USA)J.-Y. Liu (Taiwan)
G7, G8: Progress of Ionospheric Radio Observations
S. Watanabe (Japan)
K. Schlegel (Germany)
N. Balan (India)
G9, G10/GE: Electromagnetic Phenomena Relatedwith Earthquake and Volcanic Activities
K. Hattori (Japan)
J.-Y. Liu (Taiwan)
Commission H: Waves in Plasmas
H1, H2: Plasma as a Complex System
A. Sen (India)
T. Nakamura (Japan)
H3, H4: Observation and Theory of Plasma Waves
in space
I. Cairns (Australia)
H. Kojima (Japan)
H5, H6: Wave Propagation and Remote Sensing ofMagnetosphere
B.J. Fraser (Australia)
A. Morioka (Japan)-7-

Convenors’ List

Commission K: Electromagnetics in Biology andMedicine
K1: Mechanisms and Physics
K. Joyner (Australia)
T. Higashi (Japan)
K2: Health Assessment
H. Chiang (China)
K. Isaka (Japan)
K3: Biological Effects of DC and ELF Fields
T. Shigemitsu (Japan)
A. Wood (Australia)
K4: Biological Effects of RF Fields
J. Behari (India)
M. Taki (Japan)
K5: Biomedical Applications
J.C. Lin (USA)H. Matsuki (Japan)
K6: Recent Activities of Electromagnetics in Medicine and Biology in Asia-Pacific Countries
S. Ueno (Japan)
J.C. Lin (USA)K7/KAB: Dosimetry for Wireless Communications
C.K. Chou (USA)T. Nojima (Japan)
K. Itoh (Japan)
K8/KE: EMC Problems Including Human Bodies
Y.-M. Gimm (Korea)
O. Fujiwara (Japan)

AP-RASC '01

Scientific Program
Wednesday, August 1 14:00-15:40

Room U

Wednesday, August 1 16:00-17:40

Room U

Union Session 1 Solar Power Satellite andWireless Power Transmission(1)Union Session 2 Solar Power Satellite andWireless Power Transmission(2)Chairs : J.M. Osepchuk, Full Spectrum Consulting, USA
K. Hashimoto, Kyoto University, Japan

Chairs : K. Hashimoto, Kyoto University, Japan
J.M. Osepchuk, Full Spectrum Consulting, USA

14:00 Convenors’ Message

B. SPS technologies related to URSI

A. SPS, as a new source of energy in the 21st century

16:00 The Current Capabilities of Microwave WPT Technology(invited)

14:05 Space Solar Power - A Global Approach to Reducing Global Warming (Video Presentation, invited)

J.O. McSpadden, USA

C. Interference and compatibility of SPS with environments

P.E. Glaser, Power from Space Consulting, Inc., USA

14:20 Research on Solar Power Station and Microwave Power
Transmission in Japan: Technology and Strategy (invited)

16:20 To Explore the Evolution of the Universe (invited)
M. Inoue, National Astronomical Observatory of Japan, Japan

H. Matsumoto, Kyoto University, Japan

16:40 Environmental Health and Safety Considerations Relativeto Microwave Radiation in the SPS (invited)

14:50 What Kind of Role Can SSPS Play in Future Electricity
Market in Japan? (invited)

J.M. Osepchuk, Full Spectrum Consulting, USA

T. Sawa and I. Matsuoka, Kyoto University, Japan

17:00 Compatibility with Radio Communications - Interference
Assessment to Space and Terrestrial Systems - (invited)

15:20 Summary of Recent Results from NASA's Space Solar
Power (SSP) Programs: Concepts and Technology Advances (invited)

T. Hatsuda and K. Ueno, Hokkaido Institute of Technology, Japan

17:40 Conclusing Remarks

J.C. Mankins, NASA Headquarters, Office of Space Flight, USA

Thursday, August 2 11:30-12:30

Room U

Friday, August 3 11:30-12:30

Room U

General Lecture 1

General Lecture 2

Mobile Communications Technology-Most Brilliant Applicationof Radio Science

Challenges at the Frontiers of Science and Engineering in Radio
AstronomyProf. G. Swarup, Tata Institute of Fundamental Research, India

Prof. Y. Yasuda, Waseda University, Japan
Yasuhiko Yasuda was born in Tokyo on July7, 1935. He received B.E.in Electrical Engineering, M.E. and D.E. in Electronic Engineering degrees from the University of Tokyo, in 1958, 1960
and 1963, respectively. In 1963 he joined the Institute of Industrial Science, the University of Tokyo as an assistant professor and was promoted toa full professor in 1977. Since retiring from the
University of Tokyo in August of 1992, Dr. Yasuda
has been professor at the Department of Electronics, Information and Communication Engineering,
School of Science and Engineering, Waseda University.
During his long career of research, he produced numerous useful achievements including
invention of delta sigma modulation, development of 3-level VSB high speedtransmission scheme for newspaper fax machines corresponding to the CCITT
G2 fax standard, proposal of coding methods for digital facsimile images, proposal of hierarchical image coding and processing, etc.
His current interest is in the fields of image coding and processing, mobile
communications and satellite communications.
He is a past President of Institute of Electronics, Information and Communication Engineers and a past President of the Institute of Image Electronics Engineers of Japan. He has served acting chairman of Telcommunication Technology
Council (MPT), a member of Broadcast Technology Council (NHK) and a member of board of directors, Engineering Academy of Japan. He is now serving President of Mobile Computing Promotion Consortium, Chairperson of Japan Approvals Institute for Telecommnications Equipment, President of the Telecommunication Technology Committee.
Dr.Yasuda has been awarded numerous prizes from various academic organizations including the IEICE Outstanding Achievement Award .

Prof G. Swarup was born in Thakurdwara,
U.P.,India in 1929. He obtained M.Sc. in Physics from Allahabad University in 1950 and Ph.D.
in Electrical Engineering from Stanford University in 1961. Since 1963 he has been working at
the Tata Institute of Fundamental Research inIndia where he is currently Homi Bhabha Senior Fellow. He is a Fellow of the Royal Societyof London and a receipent of the John Howard
Dellinger Medal of URSI.
Professor G. Swarup is well known internationally for his outstanding contributions inradio astronomy and for building innovative radio telescopes for front line research. His discovery of solar Type U burst andthe gyro-radiation model for explaining the microwave solar emission are
pioneering contributions.
During 1963-1970, he constructed a 530 m x 30 m cylindrical radio telescope of a unique design at Ooty in South India. Using the method of lunar
occultation, it provided for the first time high resolution angular data (1 to 4
arcesc) for over thousand weak radio sources, which provided an independent evidence for the Big Bang model.
He has recently completed the design and construction of a Giant
Metrewave Radio Telescope (GMRT) consisting of 30 numbers of 45m diameter fully steerable parabolic dishes spread over a region of about 25 km in
Western India. A novel concept has been developed which makes it practicalto construct such large antennas quite economically. GMRT is the world's
largest radio telescope operating in the frequency range of 38-1430 MHz.

-8-

Thursday, August 2, 9:30-11:10

Room A

Thursday, August 2, 14:00-15:40

Room A

A1 Frequency Standards

A1 & A2 T&F Standards in Space Science andTechnology

Chairs : P. Fisk, National Measurement Laboratory, CSIRO, Australia
T. Ikegami, National Research Laboratory of Metrology, Japan

Chairs : H. Lee, Korea Research Institute of Standards and Science, Korea
M. Hosokawa, Communications Research Laboratory, Japan

1. Development of Atomic Frequency Standards Using LaserCooled Atoms (invited)

1. Binary Pulsar Time Scale

AP-RASC '01

Commission A

A.E. Rodin, Kashima Space Research Center CRL, Japan

H. Lee, T. Kwon, and S. Park, Korea Research Institute of Standards andScience, South Korea

2. The 4-way Doppler Measurement System for the Lunar Gravity Mapping by SELENE

2. Laser-Pumped Cs Gas-Cell Frequency Standard (invited)

T. Iwata1, K. Yonekura1, K. Asari2, Y. Kono2, N. Kawano2, and T. Takano3,
1National Space Development Agency of Japan, 2National Astronomical
Observatory of Japan, and 3Institute of Space and Astronautical Science,Japan

Y. Ohuchi1, H. Suga1, M. Fujita1, T. Suzuki1, M. Uchino1, K. Takahei1, M.
Tsuda1, Y. Saburi1, Y. Koga2, K. Hagimoto2, and S. Oshida2, 1Anritsu Corporation and 2National Research Laboratory of Metrology, Japan

3. Analysis of Cavity Phase Distribution in NRLM-4 (invited)

3. A Test on Time Transfer with GPS/GLONASS Multi-channel
Receivers in Asia-Pacific Area (invited)

K. Hagimoto, T. Ikegami, and S. Ohshima, National Research Laboratoryof Metrology, Japan

Z. Wang1, M. Imae2, and Y. Shibuya2, 1Shaanxi Astronomical Observatory(CSAO), China(CIE); 2Communications Research Laboratory (CRL), Japan

4. Ultra-Low Noise Oscillators and High Stability Secondary Frequency Standards Based on Sapphire Loaded Cavity Resonators Session Code (invited)

4. Remote Frequency Calibration Using GPS/GLONASS Carrier Phase Measurements (invited)

M.E. Tobar, University of Western Australia, Australia

C. Liao1, K. Tu1, and J. Huang2, 1Telecommunication Labs. Chunghwa
Telecom Co., Ltd. and 2Yuan Ze University, China(SRS)

5. Progress on the NML Trapped Ion Frequency Standard (invited)

5. A Hydrogen Maser with a Sapphire Loaded Cavity for Space
Application (invited)

P. Fisk, R. Warrington, M. Wouters, and M. Lawn, National Measurement
Laboratory, CSIRO Australia, Australia

T. Morikawa1, J. Umezu1, K. Takahei2, M. Uehara2, K. Mori2, and M. Tsuda2,
1
Communications Research Laboratory and 2Anritsu Corporation, Japan

Thursday, August 2, 16:00-17:40

Room A

Friday, August 3, 9:30-11:10

Room AA2 Time Scales and Time and Frequency
Transfer

A3-1 Frequency Stabilized Laser and Its
Applications (1)Chairs : M. Imae, Communications Research Laboratory, Japan
M. Hosokawa, Communications Research Laboratory, Japan

Chairs : A. Onae, National Research Laboratory of Metrology, Japan
H. Inaba, National Research Laboratory of Metrology, Japan

1. Development of New Time Transfer Modem for TWSTFT (invited)

1. A Cesium Optical Atomic Clock using a Low Phase Noise
Regeneratively Mode-Locked Fiber Laser (invited)

M. Imae, M. Aida, Y. Takahashi, T. Gotoh, and N. Kurihara, Communications Research Laboratory, Japan

M. Nakazawa and K. Suzuki, NTT Network Innovation Laboratory, Japan

2. Photonic Local Oscillator System for Submillimeter Wave Astronomy (invited)

2. Two-Way Time Transfer via Common-path Optical Link
W. Tseng, M. Li, and C. Liao, Telecommunication Labs. Chunghwa Telecom
Co., Ltd., China(SRS)

M. Ishiguro, National Astronomical Observatory of Japan, Japan

3. Development of Optical Frequency Comb Generator for Accurate Difference Frequency Measurement (invited)

3. Time Transfer and Time Dissemination Activities at NML Australia (invited)

B. Widiyatmoko1, S. Lee2, M. Kourogi2, and M. Ohtsu2, 1Japan Scienceand Technology Corporation and 2Tokyo Institute of Technology, Japan

P. Fisk, R. Warrington, M. Wouters, and M. Lawn, National Measurement
Laboratory, CSIRO Australia, Australia

4. Direct Comparison between Microwave and Optical Frequencies with a One-Octave Ultra-Fast Laser Comb (invited)

4. Fast Computation Algorithms for Clock Stability Characterization (invited)

K. Sugiyama1, A. Onae 1, F. Hong1, S.N. Slyusarev1, T. Ikegami1, J.
Ishikawa1, K. Minoshima1, H. Matsumoto1, J.C. Knight2, W.J. Wadsworth2,
and P.S. Russell2, 1National Research Laboratory of Metrology, Japan;
2University of Bath, UK

F. Chu, M. Li, and C. Liao, Telecommunication Labs. Chunghwa Telecom
Co., Ltd., China(SRS)

5. Study on Iodine Molecular Spectra at 630-640 nm and Preliminary Result for Frequency Stabilized Diode Laser (invited)

V. Stofanik, I. Balaz, and M. Minarik, FEI-SUT, Slovakia

X. Chen1, J. Zhang1, Y. Wang1, T. Kasahara2, and Y. Akimoto2, 1Peking
University, China(CIE); 2National Research Laboratory of Metrology,
Japan

-9-

Program

5. A Practical Method of Frequency Stability Improvement inDigital Frequency Synthesis

AP-RASC '01

Commission A / Commission B
Friday, August 3, 14:00-15:40

Room A

Saturday, August 4, 10:50-12:30

Room A

A3-2 Frequency Stabilized Laser and Its
Applications (2)A4-1 Electromagnetic Measurement andStandards (1)Chairs : A. Onae, National Research Laboratory of Metrology, Japan
H. Inaba, National Research Laboratory of Metrology, Japan

Chairs : J. Kim, KRISS, Korea
H. Yajima, National Institute of Advanced Industrial
Science and Technology, Japan

1. Optical Frequency Standard for Optical Fiber Communication Systems (invited)

1. Measurement and Calculation of Site S-parameter Between
Two Dipole Antenna Elements (invited)

K. Nakagawa1 and A. Onae2, 1University of Electro-Communications and2National Research Laboratory of Metrology, JapanT. Iwasaki1, T. Yoshida1, K. Komiyama2, and Y. Goto3, 1University ofElectro-Commmunications, 2National Institute of Advanced Industrial Science and Technology(AIST), and 3Kyoritsu Corporation, Japan

2. Frequency Stabilization of Violet Diode Lasers and their Application to Spectroscopy

2. Correlation of Fully Anechoic Chamber and OATS Measurements Using a Spherical Dipole Antenna (invited)

K. Hayasaka, R. Ohmukai, and M. Watanabe, Communications ResearchLaboratory, Japan

T. Kang1, Y. Chung1, and H. Kim2, 1KRISS and 2POSTECH, South Korea

3. Fast PLL with Electrooptical Modulator for Offset Laser Frequency Stabilisation

3. Uncertainty Evaluation for EMI Antenna Calibration (invited)
A. Sugiura1, Y. Yamanaka2, and Y. Matsumoto1, 1Tohoku University and2Communications Research Laboratory, Japan

A.J. Antonczak, K.M. Abramski, and H. Trzaska, Wroclaw University ofTechnology, Poland

4. Comparative Measurement for Parameter Valuation of Standard Dipole Antennas on an OATS (invited)

4. Frequency Sweeping of Erbium Doped Fiber Ring Laser
Around an Absorption Line of C2H2 for Frequency Stabilization

K. Komiyama1, T. Morioka1, and D. Nakajima2, 1Electrotechnical Laboratory and 2Japan Quality Assurance, Japan

H. Inaba1, Y. Akimoto1, and M. Nakazawa2, 1National Research Laboratory of Metrology and 2NTT Network Innovation Laboratories, Japan

5. Uncertainties in Near-Field and RCS Measurements
L.A. Muth, NIST, U.S.A.

Saturday, August 4, 14:00-15:40

Room A

Thursday, August 2, 9:30-11:10

Room B

A4-2 Electromagnetic Measurement andStandards (2)B1-1 Scattering and Diffraction (1)Chairs : J. Kim, KRISS, Korea
H. Yajima, National Institute of Advanced Industrial
Science and Technology, Japan

Chairs : H.J. Eom, Korea Advanced Institute of Science andTechnology, Korea
K. Kobayashi, Chuo University, Japan

1. Impedance Measurement of Coaxial Load Using Reference Air
Line (invited)

1. Blazing Phenomena in Reflection-Type Gratings (invited)
Y.K. Cho, Kyungpook National University, South Korea

J. Kang and J. Kim, KRISS, South Korea

2. Transient Scattering by a Parallel Plate Waveguide Cavity withan Iris (invited)

2. Laser Power Standard Using a Calorimeter with a NiP Absorber

T. Hinata1 and S. Ohnuki2, 1Nihon University, Japan; 2University of Illinois at Urbana-Champaign, USA

T. Inoue1 and M. Miyawaki2, 1Electrotechnical Laboratory and 2Japan
Quality Assurance Organization, Japan

3. On Mixed Boundary-Value Problems in Electromagnetic
Theory (invited)

3. Measurement of Microwave Noise Source with Different Typeof Connector from Standards

M. Idemen1 and A. Alkumru2, 1Isik University and 2Gebze Institute of Technology, Turkey

H. Nakano1, T. Inoue1, and Y. Kato2, 1Electrotechnical Laboratory and2
Kikusui Electronics Corporation, Japan

4. EM Scattering of a Thin Circular Conducting Ring Enclosed
by a Spherical Chiral Radome Shell: A Method of Moments
Analysis (invited)

4. Time Domain Measurements of EM Field Pattern to Animate
the Radio Wave Propagation

L.-W. Li1 and W.X. Zhang2, 1The National University of Singapore,
Singapore; 2Southeast University, China(CIE)

Y. Ito, K. Sato, and H. Echigo, Tohoku Gakuin University, Japan

5. Measurement of Electromagnetic Radiation from GSM Base
Stations in Turkey

5. Fresnel Diffraction of a Gaussian Beam in an Anisotropic Medium (invited)

R. Gamidov, M. Cetintas, H. Karacadag, A. Gedik, and M. Yogun,
TUBITAK-UME (National Metrology Institute), Turkey

S.R. Seshadri, Nihon University, Japan-10-

Thursday, August 2, 14:00-15:40

Room B

Saturday, August 4, 10:50-12:30

Room B

B1-2 Scattering and Diffraction (2)B2 Media Effects in Electromagnetics

Chairs : K. Kobayashi, Chuo University, Japan
H.J. Eom, Korea Advanced Institute of Science andTechnology, Korea

Chairs : A. Ishimaru, University of Washington, USA
C.H. Chan, City University of Hong Kong, China (CIE)

1. Asymptotic Analysis of Edge-Excited Currents on a Convex
Face of an Impedance Wedge (invited)

1. Radar Cross Sections of Random Medium and Rough Surface(invited)

K. Hongo1 and H. Kobayashi2, 1Toho University and 2Fujitsu System Integration Laboratories, Japan

AP-RASC '01

Commission B

M. Tateiba, Kyushu University, Japan

2. Fundamental Study for Imaging through Turbid Medium Using Near-Axis Scattered Light (invited)

2. Method of Dual Integral Equation for Non-Separable Problem, Dielectric Wedge (invited)

I. Fujiwara, Y. Taka, Y. Kato, and K. Shimizu, Hokkaido University, Japan

J.-W. Ra, Korea Advanced Institute of Science and Technology, South Korea

3. Statistical EFIE (S-EFIE) for Object in the Presence of a
Smooth Rough Surface (invited)

3. Interaction of Oscillations in Slotted Resonators (invited)

A. Ishimaru, J. Rockway, Y. Kuga, and S. Lee, University of Washington,
USA

Yu.V. Shestopalov, Karlstad University, Sweden

4. A New Improved Formulation for Incremental Theory of Diffraction (invited)

4. Media Effects of Random Subtstrate Impurity in Microstrip
Transmission Lines and Discontinuities (invited)

R. Tiberio, A. Toccafondi, and S. Maci, University of Siena, Italy

C.H. Chan, K.F. Chan, and X.Q. Sheng, City University of Hong Kong,
China(CIE)

5. Development and Application of Generalized Multi-Pole Techniques to EM Scattering in China (invited)

5. Scattering of Electromagnetic Waves from One-Dimensionally Rough Surfaces Containing Resonant Structures (invited)

W.X. Zhang and X.L. Bao, Southeast University, China(CIE)

A.R. McGurn1 and R. Fitzgerald2, 1Western Michigan University and 2University of Texas, USA

Friday, August 3, 9:30-11:10

Room B

Friday, August 3, 14:00-15:40

Room B

B3-1 Guided Waves (1)B3-2 Guided Waves (2)Chairs : K. Yasumoto, Kyushu University, Japan
S.J. Xu, University of Science and Technology ofChina, China (CIE)

Chairs : K. Yasumoto, Kyushu University, Japan
S.J. Xu, University of Science and Technology ofChina, China (CIE)

1. Properties of Guided Modes on Open Structures Near the
Cutoff Region Using a New Version of Complex Effective Dielectric Constant (invited)

1. A Unified Method for Analyzing Waveguides and Waveguide
Junctions (invited)
L.W. Li, S.L. Lin, T.S. Yeo, and M.S. Leong, The National University ofSingapore, Singapore

S.J. Xu1, X.Y. Zeng1, K. Wu2, and K.M. Luk3, 1University of Science andTechnology of China, China(CIE); 2Ecole Polytechnique, Canada; 3City
University of Hong Kong, China(CIE)

2. Analysis on Excitation of Magnetostatic Surface Waves by
Asymmetric Coplanar Waveguide Transducers

2. Effects of Grooving Substrate on Leakage Loss of ConductorBacked Coplanar Waveguide

Y. Ando and M. Hayakawa, The University of Electro-Communications,Japan

M. Hotta1, M. Kobayashi1, T. Inoue1, M. Hano1, and T. Sakane2, 1Yamaguchi
University and 2Sumitomo Osaka Cement Co. Ltd., Japan

3. Analysis of Microstrip Lines Considering Edge Singular Behaviors in Spatial Domains

3. Dispersion of Transient Signals in Generalized Goubau-Type
Striplines

J.S. Kim and W.S. Park, Pohang University of Science and Technology,
South Korea

I.O. Vardiambasis, Technological Educational Institute of Crete, Greece

4. Coupled-Mode Analysis for Characteristic Impedances of
Coupled Microstrip Lines on Ferrite Substrates

4. Coupling between Triple-Mode Ceramic Waveguide Cavity anda Microstrip Circuit

M. Matsunaga1 and K. Yasumoto2, 1Ehime University and 2Kyushu University, JapanY. Tikhov, J.P. Kim, and K.M. Park, LG Innotek Co. Ltd., South Korea

5. Radiation from an Oblique Parallel-Plate Waveguide Array
H.J. Eom and J.Y. Kwon, Korea Advanced Institute of Science and Technology, South Korea

Z. Jiang and Z. Shen, Nanyang Technological University, Singapore-11-

Program

5. Rigorous Mode-Matching Analysis of Large Aperture Coupling Between Parallel and Crossed Rectangular Waveguides

AP-RASC '01

Commission B
Friday, August 3, 14:00-15:40

Room X

Saturday, August 4, 8:50-10:30

Room B

B4 Intelligent Antennas

B5 Electromagnetic Theory - Basics andApplications

Chairs : K. Sawaya, Tohoku University, Japan
T. Maeda, Toshiba America Research Inc., USA

Chairs : M. Nakajima, Japan
S. Tokumaru, Keio University, Japan

1. PN Code Acquisition with Smart Antenna and Adaptive Threshold for DS-CDMA Wireless Communications (invited)

1. Issues in Making Photon and Electron Models (invited)
Y. Kinoshita, Shinshu University, JapanB. Wang and H.M. Kwon, Wichita State University, USA

2. Re-Examination of the Fundamental Concepts of Electromagnetic Field and Resolution of the Paradox of Poynting Vector(invited)

2. Effects of a Variable Reactance Range on the SIR Gain of an
Adaptive ESPAR Antenna
J. Cheng, Y. Kamiya, and T. Ohira, ATR Adaptive Communications Research Laboratories, JapanS. Kar, University of Calcutta, India

3. Bicomplex Electromagnetic Fields and Their Boundary Conditions (invited)

3. MIMO: Measurements, Channel Models, and Network Implications (invited)

M. Hashimoto, Osaka Electro-Communication University, Japan

J.C. Liberti, Telcordia Technologies, USA

4. On Vector-Potential Pairs in Computational Eletrodynamics

4. W-CDMA High Capacity Wireless Access Technologies Basedon Adaptive Antenna Array Diversity and Interference Canceller (invited)

N. Georgieva, McMaster University, Canada

M. Sawahashi, S. Tanaka, and T. Ihara, NTT DoCoMo Inc, Japan

5. Line Integral Representation of Physical Optics and Equivalent Edge Currents

5. Field Test of DOA-Based Adaptive Antenna for GSM 1800

M. Ando, K. Sakina, K. Kawamoto, and M.S. Cui, Tokyo Institute of Technology, Japan

E. Bonek1, A. Kuchar2, and M. Tangemann3, 1Technische Universität Wienand 2Forschungszentrum Telekommunikation Wien ftw., Austria; 3Alcatel
SEL, Germany

Thursday, August 2, 16:00-17:40

Room B

Saturday, August 4, 8:50-10:30

Room X

B6/BE Electromagnetics in EMC Problems

B7/BCE IMT2000: Its Development andChallenge (1)Chairs : M. Tokuda, Musashi Institute of Technology, JapanL. Zhang, Northern Jiaotong University, China (CIE)

Chairs : S. Ohmori, Communications Research Laboratory,Japan
K.-J. Wee, Radio Research Laboratory, Korea

1. Numerical Techniques for Analysis of EMC Problems (invited)

1. Next-Generation Mobile Communication Systems discussed
in Japan (invited)

K. Sawaya and Q. Chen, Tohoku University, Japan

K.C. Watanabe, Ministry of Public Management, Home Affairs, Posts andTelecommunications, Japan

2. Solving Problems of EM Coupling Through Apertures (invited)
Y. Lu, X. Yu, and Y. Huang, BUPT, China(CIE)

2. Technologies of IMT-2000 and Beyond IMT-2000 (invited)

3. FDTD Modeling for the Computation of Electromagnetic Fields
Radiated by Electrostatic Discharges

F. Watanabe, KDDI Inc., Japan

3. W-CDMA Enhanced Wireless Access Technologies and Beyondfor High Speed Packet Transmission (invited)

O. Fujiwara, Nagoya Institute of Technology, Japan

4. Suppression of Field on Power Lines Induced by MW Broadcasting Wave by Selecting Ground Points

M. Sawahashi, NTT DoCoMo, Inc., Japan

4. IMT-2000: Its Development and Challenge (invited)

T. Sasamori1, K. Sawaya2, S. Adachi3, M. Asahi4, K. Arita4 , and N.
Okamura5, 1Akita Prefectural University, 2Tohoku University, 3Tohoku Institute of Technology, 4Tokyo Electric Power Co., and 5Kandenko Co., Japan

C.-J. Chang, National Chiao Tung University, China(SRS)

5. Research and Development on Third Generation Mobile Communication Systems in Singapore (invited)

5. The Electromagnetic Shielding Properties of Carbon Fiber
Sheets Coated Ni-Ferrite by Microwave Hydrothermal Process

A.S. Madhukumar and F. Chin, Centre for Wireless Communications,Singapore

H. Yamamoto1, R. Murakami1, D. Yonekura1, C. Kim1, and Y. Kim2, 1The
University of Tokushima, Japan; 2Korea Maritime University, South Korea-12-

B8/BCE IMT2000: Its Development andChallenge (2)Room B
Saturday, August 4, 14:00-15:40
B9-1/BCDEFK Computational Techniques and EM
Field Simulator (1)Chairs : S. Ohmori, Communications Research Laboratory,Japan
K.-J. Wee, Radio Research Laboratory, Korea

Chairs : K.S. Chiang, City University of Hong Kong,
China (CIE)
M. Koshiba, Hokkaido University, Japan

1. Activities of IMT-2000 and Future Mobile Communications inThailand (invited)

1. Full-Vectorial Finite-Element Analysis of Multiple-QuantumWell Semiconductor Waveguides

P. Srisuksant, National Electronics and Computer Technology Center(NECTEC), Thailand

H.-C. Chang and D.-U. Li, National Taiwan University, China(SRS)

Saturday, August 4, 10:50-12:30

Room X

AP-RASC '01

Commission B / Commission C

2. Analysis of 3-Dimensional Optical Waveguides by the FE-BPM
Based on Newmark Scheme and PML

2. APT IMT-2000 Forum (invited)
K.-J. Wee, Radio Research Laboratory, Ministry of Informatioin and Communication, Korea

S. Charoenying, P. Niphatsan, and T.Angkaew Chulalongkorn University,
Thailand3. SK Telecom; Plan for IMT-2000 (invited)

3. Analysis of a Segmented Cladding Optical Fiber by the Radial
Effective-Index Method

H.J. Shin, SK Telecom, South Korea

K.S. Chiang and V. Rastogi, City University of Hong Kong, China(CIE)

4. Introduction of Next-Generation Mobile Cellular: Requirements, Technologies and Deployment Scenario (invited)

4. An Efficient Technique for Numerical Solution of Diffraction
from a Multilayer-Coated Bigrating

Y. Sugamura, H. Oshima, and M. Asa, Motorola Japan Research Lab.,Japan

D. Zhou 1, Y. Okuno 1, and T. Matsuda2 , 1Kumamoto University and
2Kumamoto National College of Technology, Japan

5. Adaptive Time-Domain Modeling of RF Packaging Structures,
MEMS and Antennas Using the Multiresolution Time-Domain
Technique (MRTD)
N. Bushyager, E. Tsai, E. Dalton, and E.M. Tentzeris, Georgia Institute ofTechnology, USA

Room B
Saturday, August 4, 16:00-17:40
B9-2/BCDEFK Computational Techniques and EM
Field Simulator (2)Thursday, August 2, 9:30-11:10

Room C

Chairs : K.S. Chiang, City University of Hong Kong, China(CIE)
Y. Okuno, Kumamoto University, Japan

Chairs : R. Kohno, Yokohama National University, Japan
S. Haruyama, SONY Computer Science Laboratory,Japan

1. Efficient Derivative Estimation for the Optimization of
Microstrip Antennas

1. Millimeter-wave Radio over Fiber Road to Vehicle Communications (invited)

C1 & C2 Advanced Radio Technologies

M.H. Bakr1, N. Georgieva2, and W.J.R. Hoefer1, 1University of Victoria
and 2McMaster University, Canada

M. Fujise, Communications Research Laboratory, Japan

2. Space Hopping Scheme for SDR and MUSIC DOA Estimation
as Its Application (invited)

2. EM Simulation of PBG Microstrip Circuit Integrated Patch
Antenna

S. Ishii1, A. Hoshikuki1, and R. Kohno2, 1Futaba Corporation and2Yokohama National University, Japan

A.S. Andrenko, Y. Ikeda, and O. Ishida, Mitsubishi Electric Corporation,
Japan

3. Proposal and Evaluation of System Diversity Technology for
Software Defined Radio

3. Implementation of IE-MEI Method to the Scalar-Field Problem

T. Shono, K. Uehara, and S. Kubota, NTT/Network Innovation Laboratories, Japan

N.M.A. Chowdhury1, J. Takada1, and M. Hirose2, 1Tokyo Institute of Technology and 2Electrotechnical Laboratory, Japan

4. Complexed System for Aircraft Vehicles' Navigation

4. Large-Signal Numerical Characterization of IMPATT Diodefor High Power Oscillator Operation

B. Makarenko, I. Kashaev, V. Kulishenko, A. Podorozhnyak, and A. Soroka,
NIIRI, Ukraine

S. Kar, University of Calcutta, India
P. Li1, T. Li2, H. Wu3, K. Chin1, and W. Sui4, 1New Jersey Institute of Technology, 2Cadence Design Systems, Inc., 3Lucent Technology, and 4Conexant
Systems, USA

X. Sun and H. Wang, Beijing University of Posts and Telecommunications, China(CIE)-13-

Program

5. A New and Simple Algorithm of Downlink Beamforming in
FDD-CDMA System

5. FDTD Simulation of Multiple Flip Chip Interconnects

AP-RASC '01

Commission C / Commission D
Thursday, August 2, 14:00-15:40

Room C

Friday, August 3, 14:00-15:40

Room CC3 Agents for Future Multimedia PersonalCommunications

C4/CD Microwave Photonics

Chairs : K. Tsukamoto, Osaka University, Japan
Y. Park, Ministry of Information and Communication,
South Korea

Chairs : H. Ogawa, Communications Research Laboratory,Japan
M. Tsuchiya, University of Tokyo, Japan

1. Multimedia Integrated network by Radio Access Innovation(MIRAI) (invited)

1. Advanced Concept of Radio Highway (invited)
K. Kumamoto, K. Tsukamoto, and S. Komaki, Osaka-University, Japan

G. Wu and M. Mizuno, Communications Research Laboratory, Japan

2. Optoelectronic MM-Wave Signal Processing (invited)

2. The Status of the Radio Access to the Internet in the Asia-Pacific Region (invited)

M. Tsuchiya, Y. Ozeki, and M. Kishi, The University of Tokyo, Japan

Y. Park1, S. Komaki2, and H. Park3, 1Ministry of Information and Communication / Electronic Data Management Center, South Korea; 2Osaka University, Japan; 3Yonsei University, South Korea

3. Fiber Optic Transmission of Radio QPSK Signals (invited)
I. Seto, T. Tomioka, and S. Ohshima, Toshiba Corporation, Japan

4. Radio on Fiber Network Techniques (invited)

3. Resource Management Scheme for Multimedia Data Transmissions in IEEE802.11 Based Wireless LANs (invited)

T. Kuri, Communications Research Laboratory, Japan

K. Saitoh, Y. Inoue, M. Iizuka, and M. Morikura, NTT/Access Network
Service Systems Laboratories, Japan

4. Analysis of Adaptive Array Antennas in Indoor Multi-Path
Environments for Wireless Ad-Hoc Network Systems (invited)
A. Ando and T. Ohira, ATR Adaptive Communications Research Laboratories, Japan

5. Microwave Photonics Networks for Radio Agent Communications (invited)
K. Tsukamoto and S. Komaki, Osaka University, Japan

Thursday, August 2, 9:30-11:10

Room D

Thursday, August 2, 14:00-15:40

Room D

D1-1 Photonic Crystals

D1-2 Surface Emitting Lasers

Chair : F. Koyama, Tokyo Institute of Technology, Japan

Chair : Y.H. Lee, Korea Advanced Institute of Science andTechnology, South Korea

1. Photonic Crystals and Microlasers (invited)

1. Vertical Cavity Surface Emitting Laser -Its Fundamentals andTechnology- (Tutorial)

T. Baba, Yokohama National University, JapanK. Iga, Tokyo Institute of Technology, Japan

2. Functional Optical Devices Consisting of Photonic Crystals (invited)

2. GaN Based VCSELs and Quantum Dots (invited)

Y. Ohtera, Tohoku University, Japan

Y. Arakawa, University of Tokyo, Japan

3. Photonic Crystal Lasers (invited)

3. Vertical Cavity Lasers for Optical Communication Applications (invited)

Y.H. Lee, Korea Advanced Institute of Science and Technology, South Korea

K.D. Choquette, University of Illinois, USA

4. Photonic Crystals and Devices (invited)
S. Noda, Kyoto University, Japan(* Tutorial Presentation is allotted 30 min. for the presentation and 10 min.
for the discussion, which is double the time of a regular presentation.)-14-

Thursday, August 2, 16:00-17:40

Room D

Saturday, August 4, 14:00-15:40

Room D

D1-3 Surface Emitting Lasers and Their
Applications

D2 Advanced Devices for Wavelength Division
Multiplexing System

Chair : K.D. Choquette, University of Illinois, USA

Chairs : K. Okamoto, NTT, Japan
I. Mito, NEC Corporation, Japan

1. High Speed Interconnection Module Using VCSEL (invited)

1. Wavelength-Selectable Light Sources for WDM Systems (invited)

H.K. Shin, K.H. Lee, H.E. Shin, and I. Kim, OPTICIS Co., Ltd., South
Korea

AP-RASC '01

Commission D

T. Sasaki, NEC Corporation, Japan

2. Transverse Mode Control of Vertical Cavity Surface Emitting
Lasers (invited)

2. Optical Fibers and Fiber Amplifiers for WDM (invited)
S. Namiki and T. Yagi, Furukawa Electric Co., Ltd., Japan

N. Yokouchi and A. Kasukawa, Furukawa Electric Co., Ltd., Japan

3. Emerging Lightwave Applications of Optical Fiber Grating
Device Structures (invited)

3. Application of VCSELs to Laser Printers and Optical Communications (invited)

B.J. Eggleton, Bell Labs, Lucent Technologies, USA

H. Nakayama, A. Sakamoto, N. Ueki, J. Sakurai, A. Murakami, H. Otoma,
Y. Miyamoto, and M. Yamamoto, Fuji Xerox, Japan

4. Dynamic Gain Equalizers for WDM Systems (invited)
B.Y. Kim, Ultraband Fiber Optics, USA

4. GaInNAs/GaAs Surface Emitting Lasers (invited)

5. Planar Lightwave Circuits for WDM Systems (invited)

T. Miyamoto, Tokyo Institute of Technology, Japan

Y. Hibino, NTT Photonics Laboratories, Japan

5. Nano-structures and MEMS for Surface Emitting Lasers (invited)
F. Koyama, Tokyo Institute of Technology, Japan

Saturday, August 4, 16:00-17:40

Room D

Room D
Saturday, August 4, 8:50-10:30
D4-1/DBC Lightwave Radio and Relevant Technologies,

D3 Femtosecond Optoelectronics andUltrafast Communications(1) Optical Links on the Ground and in the Vicinity

Chair : M. Nakazawa, Tohoku University, Japan

Chair : D.M. Britz, AT&T Labs-Shannon Laboratory, USA

1. Recent Progress on Femtosecond Technology in Japan (invited)

1. IP-Based Mesh Networks Using Hybrid Free-Space Opticaland Microwave Communication Systems (invited)

F. Saito, The Femtosecond Technology Research Association, Japan

M. Achour, P. Adhikari, C. Moursund, E. Man, and TereScope, OptiSwitch
and OptiSwitch Master Teams, Optical Access, USA

2. Sub 5 Femtosecond Pulse Technology and its Application
Ultrafast Material Dynamics (invited)

2. Regional Broadband Network by Optical Wireless System

T. Kobayashi, University of Tokyo, JapanK. Wakamori1, H. Yamashita1, Y. Kimura1, Y. Shimodaira2, and F. Sato2,
1Hamamatsu Photonics K.K. and 2Telecommunications Advancement Organization, Japan

3. Modelling of a High - Intensity Pulse Propagation in All - Dielectric Multilayered Fibres by the Time - Domain Finite - Difference Beam Propagation Method

3. Optical Free-Space Communication Link

E.A. Romanova1, E.V. Bekker1, T.M. Benson2, and P. Sewell2, 1Saratov
State University, Russia; 2University of Nottingham, UK

V. Biolkova, O. Wilfert, and D. Biolek, Brno University of Technology,
Czech Republic

4. Femtosecond Pulse Technology and its Application to Novel
WDM Communication (invited)

4. Optical Remote Sensing of Upper Atmospheric Turbulence
Layers by Speckle-pattern Observations

C. Xu, B. Collings, X. Liu, and W. Knox, Lucent Technologies, USA

S. Oya, M. Takabe, and T. Aruga, Communications Research Laboratory,Japan

5. Single Channel Terabit/s OTDM Transmission Using a
Femtosecond Pulse Train (invited)

ProgramT. Yamamoto, K.R. Tamura, and M. Nakazawa, NTT, Japan-15-

AP-RASC '01

Commission D / Commission E
Room D
Saturday, August 4, 10:50-12:30
D4-2/DBC Lightwave Radio and Relevant Technologies,(2) Optical Link in Space, Components

Thursday, August 2, 9:30-11:10

Room E

Chair : T. Takano, The Institute of Space and Astronautical
Science, Japan

Chairs : A. Bondiou-Clergerie, ONERA, France
D. Wang, Gifu University, Japan

1. The Status of Free-Space Optical Communications at JPL/
NASA (invited)

1. Review on the Lightning Physics Study in China (invited)

E1 Lightning Physics

X. Qie, Cold and Arid Regions Environmental and Engineering Institute,
China(CIE)

H. Hemmati, Jet Propulsion Laboratory, USA

2. Analysis of Mutual Alignment Errors due to Wave-Front Distortion in a Free-Space Laser Communication Link

2. Review of an Experimental Study of Positive Leaders Initiating Rocket-Triggered Lightning (invited)

M. Toyoshima, N. Takahashi, T. Jono, T. Yamawaki, K. Nakagawa, and A.
Yamamoto, NASDA, Japan

D.A. Davis, Siena College, USA

3. Review of the Initiation and the Self-Sustained Propagation of
Positive Leaders (invited)

3. Artificial Stars Generated by a Nd:YAG Pulse Laser
S. Yoshikado, S. Oya, and T. Aruga, Communications Research Laboratory, Japan

A.J. Bondiou-Clergerie and P. Lalande, ONERA, France

4. Lightning Location from a Single Station

4. A Plan of Laser Transmission from Ground to OICETS Satellite

I. Nagano, S. Yagitani, and N. Takezono, Kanazawa University, Japan

5. The Influence of Solar Activity on Lightning

K. Araki and H. Kunimori, Communications Research Laboratory, Japan

K. Schlegel, MPAE, Germany

5. Optimal Design of an Optical Antenna with Modified Reflectors Fed by a Parallel BeamT. Uo1, T. Toda2, and T. Takano2, 1University of Tokyo and 2The Institute ofSpace and Astronautical Science, Japan

Thursday, August 2, 14:00-15:40

Room E

Thursday, August 2, 16:00-17:40

Room E

E2 Lightning Detection

E3/EGH Sprites, Elves and Their Global
Activities (1)Chairs : A. Bondiou-Clergerie, ONERA, France
D. Wang, Gifu University, Japan

Chairs : Y. Takahashi, Tohoku University, Japan
M. Fuellekurg, Frankfurt University, Germany

1. Review on Lightning Detection System (invited)

1. Simulation of lower ionospheric modification by lightning-EMP(Elves) (invited)

Z-I. Kawasaki, Osaka University, Japan

C.J. Rodger1, M. Cho2, M.A. Clilverd3, and M.J. Rycroft4, 1LF*EM Research Ltd., New Zealand; 2Kyushu Institute of Technology, Japan; 3British Antractic Survey and 4CAESAR Consultancy, UK

2. 3-Dimensional Lightning Mapping Observations Using A TimeOf-Arrival System (invited)
W. Rison, P.R. Krehbiel, and R.J. Thomas, New Mexico Institute of Mining
and Technology, USA

2. Full Wave Analysis of Elves Created by Lightning-Generated
Intense EMPs

3. Recent Results from LIS and OTD -flash rate and storm height(invited)

I. Nagano, S. Yagitani, and S. Makino, Kanazawa University, Japan

3. VLF Sprites with Sub-Millisecond Resolution

T. Ushio1, S.J. Heckman2, D.J. Boccippio3, H.J. Christian3, K. Okamoto1,
and Z-I. Kawasaki4, 1Osaka Prefecture University, Japan; 2USRA and
3
NASA, USA; 4Osaka University, Japan

R.L. Dowden, C.J. Rodger, and J.B. Brundell, LF*EM Reseach Ltd, New
Zealand

4. An Interferometer for Lightning Detection from Space : The
Orages Project (invited)

4. Sprites and Lightning Currents from ELF Observations (invited)

P. Lalande1, A. Bondiou-Clergerie1, P. Blanchet1, F. Roux2, and S. Chauzy2,
1Onera and 2Laboratoire d'Aerologie, France

S.A. Cummer, Duke University, USA

5. Interrelation between ELF Transients and Ionospheric Disturbances in Association with Sprite and Elve (invited)

5. Lightning Location from the Time of Group Arrival (TOGA)
of VLF Sferics at 4 Sites

Y. Hobara1, H. Fukunishi2, K. Ohta3, and M. Hayakawa4, 1EORC, NASDA,
2Tohoku University, 3Chubu University, and 4The University of ElectroCommunications, Japan

R.L. Dowden, J.B. Brundell, and C.J. Rodger, LF*EM Reseach Ltd, New
Zealand-16-

Friday, August 3, 9:30-11:10

Room E

Friday, August 3, 14:00-15:40

Room E

E4/EGH Sprites, Elves and Their Global
Activities (2)E5/EGH Sprites, Elves and Their Global
Activities (3)Chairs : Y. Takahashi, Tohoku University, Japan
M. Fuellekurg, Frankfurt University, Germany

Chairs : Y. Takahashi, Tohoku University, Japan
M. Fuellekurg, Frankfurt University, Germany

1. Remote Sensing of Sprite Occurrences in Central Africa by
Infrared Satellite Imagery (invited)

1. Telescopic Imaging of Sprites (invited)

AP-RASC '01

Commission E

E.A. Gerken and U.S. Inan, Stanford University/STAR Laboratory, USA

M. Fuellekrug, Frankfurt University, Germany

2. Characteristics of Sprite Halo Based on Photometric and Imaging Data

2. Sprites Identification Based on ELF Observation in Antarctica (invited)

R. Miyasato1, Y. Takahashi1, H. Fukunishi1, and M.J. Taylor2, 1Tohoku
University, Japan; 2Utah State University, USA

M. Sato, Tohoku University, Japan

3. High-Definition TV Imagery of Elves and Sprites over the Mediterranean Sea during the 1999 Leonid Meteor Shower Peak(invited)

3. Sprite Initiation and Other Sprites Characteristics (invited)
D. Moudry, H. Stenbaek-Nielsen, D. Sentman, and E. Wescott, Universityof Alaska Fairbanks, USA

H. Yano1, S. Abe2, and Y. Takahashi3, 1Institute of Space and Astronautical
Science, 2Graduate University for Advanced Studies, and 3Tohoku University, Japan

4. Estimation of Electron Energy in Sprites and Elves
M. Sera, Y. Takahashi, and H. Fukunishi, Tohoku University, Japan

5. Sprites Observation by ISUAL Onboard the ROCSAT-2 Satellite (invited)

4. Observation of Sprites Over the Asian Continent
H. Su1, A.B. Chen1, R. Hsu1, and L. Lee2, 1National Cheng Kung
University and 2National Space Program Office, China(SRS)

H. Su1, J. Chern1, L. Lee1, R. Hsu1, A.B. Chen1, S.B. Mende2, H. Fukunishi3,
and Y. Takahashi3, 1National Cheng Kung University, Taiwan; 2Universityof California, USA; 3Tohoku University, Japan

5. Activities of Sprites and Elves in Winter Season
Y. Takahashi, Tohoku University, Japan

Saturday, August 4, 8:50-10:30

Room E

Saturday, August 4, 10:50-12:30

Room E

E6/EC Electromagnetic Compatibility in
Communication System

E7 EMC Problems in Printed Circuits Boards
and Systems (1)Chairs : S. Miyamoto, Osaka University, Japan
J. Gavan, Holon Academic Institute of Technology,
IsraelChairs : O. Wada, Okayama University, Japan
H. Garbe, University of Hannover, Germany

1. Interference from Cosited Radio Systems and Radiation Hazards: Are They Related? (invited)

1. Modeling of Printed Circuit Boards for Fast EMC Simulation(invited)
O. Wada, Z.L. Wang, Y. Fukumoto, Y. Toyota, and R. Koga, Okayama
University, Japan

J. Gavan, HAIT, Israel

2. An Enhanced Simulation Methodology for Computing Interference between NGSO Systems and Other Radiocommunications
Networks

2. EMC Modeling and Design of Microelectronic Systems (invited)
W. John, Fraunhofer Gesellschaft Institute Reliability and Microintegration,
Germany

R. Chavez and V. Kontorovich, CINVESTAV-IPN, Mexico

3. High Dynamic Range Radiated-Emission Measurement for
Portable Radios (invited)

3. Influence of Device Models on PCB Radiation (invited)
F.G. Canavero, S. Grivet-Talocia, I.A. Maio, and I.S. Stievano, Politecnico
di Torino, Italy

T. Iyama, Y. Tarusawa, and T. Nojima, NTT DoCoMo, Inc., Japan

4. Representing Function for Extreme Value Distribution to Describe the Low Time Rate Portion of Radio Noise

4. EMI Modeling & Simulation for Advanced Electronic Packaging (invited)

H. Echigo and R. Sato, Tohoku Gakuin University, Japan

M.K. Iyer, Institute of Microelectronics (IME), Singapore

5. LSI Modeling Techniques for Power Supply Current Analysis
on PCB (invited)
H. Wabuka, NEC Corporation, Japan

S. Miyamoto and N. Morinaga, Osaka University, Japan-17-

Program

5. Adaptive Immunity Controll of 2.4GHz-band DS-SS Wireless
LAN System under Man-made Noise and Multipath Fading
Environment (invited)AP-RASC '01

Commission E / Commission F
Saturday, August 4, 14:00-15:40

Room E

Saturday, August 4, 16:00-17:40

Room E

E8 EMC Problems in Printed Circuits Boards
and Systems (2)E9 EMC Problems of Electrical Power Systems

Chairs : H. Garbe, University of Hannover, Germany
O. Wada, Okayama University, Japan

Chair : T. Funaki, Osaka University, Japan

1. Getting Data for System Integration from Radiation Measurements in TEM Waveguides (invited)

1. EMC Measurement in Urban Area
T. Fukami1, H. Sakurano1, and I. Nagano2, 1Ishikawa National College ofTechnology and 2Kanazawa University, Japan

H. Garbe1, M. Heidemann1, and P. Kralicek2, 1University of Hannover and
2FhG-IZM Advanced System Engineering, Germany

2. Application of the Time-Frequency Analysis for EMC Studyon Power Conversion System

2. A Tendency on EMI Reduction by means of Parts and Wirings
Layouts on PCB (invited)

K. Akamatsu1, M. Michihira2, T. Funaki1, Z. Kawasaki1, and K. Matuura1,
1Osaka University and 2Kobe City College of Technology, Japan

S. Nitta and A. Mutoh, Tokyo University of Agriculture and Technology,Japan

3. Theoretical Analysis on the Penetration of Power Line Harmonic Radiation into the Ionosphere

3. Susceptibility and Immunity Characteristics of Circuits on a
PCB (invited)

Y. Ando and M. Hayakawa, The University of Electro-Communications,Japan

Y. Kami, The University of Electro-Communications, Japan

4. Change of ELF Magnetic Field Distribution Caused by Asymmetric Configuration of Electric Power Cable Covered with
Metal Pipe

4. Near Field Measurement to Control Noise Characteristics ofMicrocontrollers Assembled on PCB (invited)
A. Nakamura, T. Hayashi, and M. Suwa, Hitachi, Ltd., Japan

T. Moriyama, K. Asano, S. Ohtsuka, M. Cho, J. Hong, and M. Hikita,
Kyushu Institute of Technology, Japan

5. Optimization of Lossy Sheets for the Suppression of Coupling
between Two Microstrip Lines in Microwave Amplifier Modules

5. Electromagnetic Interference from a Three Phase Double Circuit 765-kV Transmission Line in Korea (invited)

A. Saito1 and A. Nishikata2, 1Daido Steel Co., Ltd. and 2Tokyo Institute ofTechnology, Japan

Thursday, August 2, 9:30-11:10

D. Lee1, K. Shin1, K. Yang2, M. Joo2, and S. Min3, 1KEPRI, 2KERI, and3
Soonchunhyang University, South Korea

Room F

Friday, August 3, 14:00-15:40

Room F

F1-1 Recent Issues on Earth-Space Propagation

F1-2 Special Session on Post-PARTNERS
Project

Chairs : Y. Maekawa, Osaka Electro-Communication University, Japan
C.E. Mayer, University of Alaska, Fairbanks, U.S.A.

Chairs : K. Igarashi, Communications Research Laboratory, Japan
U. Sastrokusumo, Institute of Technology Bandung, Indonesia

1. An Investigation on Rain Rate Correlation Characteristics in
Global Propagation Prediction Methods (invited)

1. Rain Attenuation Measurements in Ku-band Satellite Communication in the East-Asian Region under the POST-PARTNERS Project(invited)

C. Ito and Y. Hosoya, Kitami Institute of Technology, Japan

H. Minakoshi1, K. Igarashi1, T. Boonchauk2, N. Hemmakorn2, A. Yagasena3, S.I.
Hassan3, J. Suryana4, U.I. Sastrokusumo4, J.C. Monje5, and R. Reyes5, 1Communications Research Laboratory, Japan; 2King Mongkut's Institute of Technology
Ladkrabang, Thailand; 3University Sains Malaysia, Malaysia; 4Institute of Technology Bandung, Indonesia; 5Ateneo de Manila University, Philippines

2. Effects of Four-Layered Rainforests in Earth-Space Propagation: An Analytical Approach and Mixed-Mode Propagation(invited)
L.-W. Li, T. Yeo, and M. Leong, The National University of Singapore,
Singapore

2. Result of Ku-band Satellite Signal Propagation Experiments under
Post-PARTNERS Project (invited)

3. Prediction Modeling of Rain Attenuation using the KOREASAT(invited)
Y. Choi, J. Lee, and H. Lee, ETRI, South Korea

T. Boonchuk1, N. Hemmarkorn1, K. Igarashi2, H. Minakoshi2, M. Kawamura2, Y.
Moriya3, and T. Minode4, 1King Mongkut's Institute of Technology, Thailand; 2Communications Research Laboratory, 3Tokai University, and 4ARIB, Japan

4. Scintillation Model Comparison (invited)

3. Results of Second Year Ku-Band Beacon Signal Measurement at
Tronoh, Malaysia (invited)

C.E. Mayer, Univ. of Alaska, USA

Y. Appannah1, S. Syed Hassan1, M. Singh1, K. Igarashi2, and H. Minakoshi2, 1University Science of Malaysia, Malaysia; 2Communications Research Laboratory, Japan

5. Modeling and Measurement of Depolarization Effects on Slant
Propagation Paths (invited)

4. Seasonal Dependence of Clear Air Tropospheric Scintillation fromKu-band Propagation Using JCSAT3 in Indonesia (invited)

C.A. Amaya and D.V. Rogers, Communications Research Centre Canada,
CanadaL. Yulianti1, U. Sastrokusumo1, J. Suryana1, K. Igarashi2, and H. Minakoshi2, 1Institute of Technology Bandung, Indonesia; 2Communications Research Laboratory, Japan

5. Two Years Rainfall Rate and Rain Attenuation Measurements in Indonesia under Post-PARTNERS Project (invited)
U. Sastrokusumo1, J. Suryana2, H. Wundarto1, K. Igarashi3, and H. Minakoshi3, 1Institute of Technology Bandung and 2Lab.of Radio Telecommunication and Microwave, Indonesia; 3Communications Research Laboratory, Japan-18-

Thursday, August 2, 14:00-15:40

Room F

Thursday, August 2, 16:00-17:40

Room F

F2 Terrestrial Propagation

F3 Mobile and Indoor Propagation (1)Chairs : S. Choi, Department of Radio Technology, Radio & Broadcasting Lab., ETRI, South Korea
A. Sato, NTT Access Network Service Systems Lab., Japan

Chairs : T. Kobayashi, Tokyo Denki University, Japan
F. Perez-Fontan, Universidad de Vigo, Spain

1. The Measurement and Modelling of Surface and Elevated Ducts
in Coastal Environments (invited)

1. Comparison of Channel Characteristics and Propagation-measurement-based Spread Spectrum Link Performance Estimatesfor Microcellular-type Mobile Radio Channels at Frequencies
Near 2GHz and 6GHz (invited)

A.S. Kulessa, DSTO, Australia

2. Comparison of ITU-R Atmospheric Model and the Measured
Data at 60 GHz in KOREA

AP-RASC '01

Commission F

R.J. Bultitude and N. Adnani, Communications Research Centre, Canada

Y. Kim, J. Lee, J. Kim, and Y. Choi, Radio & Broadcasting Lab., ETRI,South Korea

2. Time-Space Path Modeling for Wideband Mobile Propagation (invited)
T. Fujii and I. Sato, Japan Telecom Co.,Ltd., Japan

3. Multi-Frequency Effects for Estimation of Radio Refractivity
Profile3. Recent Advances and Future Prospects in Indoor Radio Channel Prediction (invited)

J.H. Kim, Y.S. Choi, and H.S. Lee, Radio & Broadcasting Lab., ETRI,South Korea

H. Suzuki, CSIRO, Australia

4. The Development of Broadcasting Interference Analysis Simulator for Frequency Allotment

4. Multipath Propagation Theory and Modeling in Wideband
Mobile Radio - Connecting Propagation and Systems by ETP
model - (Tutorial)

C. Shin, H. Lee, S. Choi, and S. Lee, Radio & Broadcasting Lab., ETRI,South Korea

Y. Karasawa, The University of Electro-Communications, Japan

5. New Delay Profile Model for FWA in Residential Area in 5GHz Band
N. Kita1, S. Uwano1, K. Itokawa1, A. Sato1, H. Hosoya2, and H. Watanabe2,
1
NTT Access Network Service Systems Laboratories and 2NTT Advanced
Technology, Japan(* Tutorial Presentation is allotted 30 min. for the presentation and 10 min.
for the discussion, which is double the time of a regular presentation.)

Friday, August 3, 9:30-11:10

Room F

Friday, August 3, 14:00-15:40

Room YF4 Mobile and Indoor Propagation (2)F5 Polarimetric Remote Sensing of Earth's
Environment

Chairs : Y. Karasawa, Univ. Electro-Communications, Japan
R. Bultitude, Communications Research Centre,
CanadaChairs : W.-M. Boerner, University of Illinois at Chicago, USA
Y. Yamaguchi, Niigata University, Japan

1. Field Prediction in Urban Mobile Communications (invited)

1. Advances in Extra-Wide-Band Multi-modal Sensing and Imaging (invited)

W. Hong and X. Yin, Southeast University, China(CIE)

W.-M. Boerner1 and Y. Yamaguchi2, 1University of Illinois at Chicago,
USA; 2Niigata University, Japan

2. Advanced Propagation Models for GSM1800 and UMTS (invited)

2. Rotation of a Target and Its Scattering Matrix (invited)

T. Kuerner, E-Plus Mobilfunk GmbH & CoKG, Germany

J. Yang1, Y. Peng1, and Y. Yamaguchi2, 1Tsinghua University, China(CIE);
2Niigata University, Japan

3. Initiatives in Microwave Propagation Studies for Future Mobile Communications (invited)

3. Fundamental Development and Tests of a Depolarizing
Retrodirective Reflector for Polarimetric Calibration

H. Shimizu1 and T. Kobayashi2, 1YRP Mobile Telecommunications Key
Technology Research Laboratories and 2Tokyo Denki University, Japan

M. Fujita1, H. Okubo1, Y. Fujino2, and M. Tanaka2, 1Tokyo Metropolitan
Institute of Technology, 2Communications Research Laboratory, Japan

4. Studies on Land Mobile Satellite Propagation Modeling (invited)

4. Polarimetric SAR Image Classification and Support Vector
Machines (invited)

F. Perez-Fontan, University of Vigo, Spain

5. Millimeter-Wave Propagation Characteristics in ITS InterVehicle Communications (invited)

S. Fukuda and H. Hirosawa, The Institute of Space and Astronautical Science, Japan

5. PI-SAR Image Analyses (invited)
Y. Yamaguchi, K. Kimura, and H. Yamada, Niigata University, Japan-19-

ProgramA. Kato, K. Sato, and M. Fujise, Communications Research Laboratory,Japan

AP-RASC '01

Commission F
Saturday, August 4, 8:50-10:30

Room F

Saturday, August 4, 10:50-12:30

Room FF6 Interferometric Remote Sensing of Earth's
Environment

F7 Remote Sensing of Rain and Clouds

Chairs : Y. Kim, Jet Propulsion Laboratory, California Institute of Technology, USA
H. Yamada, Niigata University, Japan

Chairs : Ge Wenzhong, Nanjing University, China(CIE)
H. Kumagai, Communications Research Laboratory,Japan

1. Overview of Vegetation Parameter Estimation Techniques using SAR Polarimetry and Interferometry (invited)

1. Passive Microwave Retrieval of Over-ocean Precipitation Rateand Rain Types Using TRMM Microwave Imager (invited)

Y. Kim and J. van Zyl, Jet Propulsion Laboratory, USA

K. Aonashi, Meteorological Research Institute, Japan

2. Polarization Dependence of the SAR Interferometry (invited)

2. Three Years of TRMM Rain Observation (invited)

M. Shimada1, M. Minamisawa2, and H. Ohkura3, 1NASDA, 2RESTEC, and
3NIED, JapanT. Iguchi, Communications Research Laboratory, Japan

3. Characterization of Tropical Rainfall: A Remote Sensing Approach (invited)

3. Dual Polarization SAR Interferometry for Vegetation Analysis(invited)

J.T. Ong, K.I. Timothy, and E.B. Choo, Nanyang Technological University, Singapore

H. Yamada1, Y. Yamaguchi1, E. Rodriguez2, Y. Kim2, and W.M. Boerner3,
1Niigata University, Japan; 2Jet Propulsion Laboratory and 3University of
Illinois at Chicago, USA

4. Precipitation Particle Classification and Raindrop Size Distribution Retrieval from S-band Polarization Radar Measurements (invited)

4. The Relationship between Radar Polarimetric and Interferometric Phase (invited)

J. Vivekanandan and G. Zhang, National Center for Atmospheric Research,
USA

J. van Zyl and Y. Kim, Jet Propulsion Laboratory, USA

5. Utilization of Interferometric DEM by Airborne SAR for Volcanic Acivities (invited)

5. Rain Radar Network in China (invited)
Ge Wenzhong, Nanjing University, China(CIE)

S. Uratsuka, T. Umehara, H. Maeno, A. Nadai, M. Satake, T. Matsuoka,
and H. Masuko, Communications Research Laboratory, Japan

Saturday, August 4, 14:00-15:40

Room F

Saturday, August 4, 16:00-17:40

Room FF8 Subsurface Remote Sensing and Ground
Penetrating Radars

F9 Advanced Remote Sensing

Chairs : M. Sato, Tohoku University, Japan
D. Noon, The University of Queensland, Australia

Chairs : S. Uratsuka, Communications Research Laboratory,Japan
W.M. Moon, Seoul National University, South Korea

1. Acoustic Plug Detection in Plugged Boreholes

1. Polarimetric Borehole Radar and Applications (invited)

S. Choi, ETRI, South Korea

M. Sato, Tohoku University, Japan

2. Penetration Depth Improvement using Stepped-Frequency
Ground Penetrating Radar (invited)

2. Remote Sensing of Lunar Surface and Subsurface bySpaceborne HF Sounder : SELENE Lunar Radar Sounder

D.A. Noon, G.F. Stickley, and I.D. Longstaff, CSSIP, University of
Queensland, Australia

T. Kobayashi1, T. Ono1, and H. Oya2, 1Tohoku University and 2Fukui University of Technology, Japan

3. Highly Decoupled Transmitting and Receiving Antenna for CW
Ground-Penetrating Radar (invited)

3. Electromagnetic Scattering by Objects on the Stratified andRough Surface Ground for Satellite Remote Sensing

D. Je and J. Ra, Korea Advanced Institute of Science and Technology, South
Korea

J. Sonoda and Y. Miyazaki, Toyohashi University of Technology, Japan

4. Radiometric Image Synthesis with a Single Mobile Antenna

4. Radio Imaging Method -Research and Development in China- (invited)

P. Fridman, ASTRON, The Netherlands

5. Phase Fluctuations Influence on Processing Time of Signals ofRadiolocation Station with Antenna Synthesized Aperture

Y. Wu, X. Qu, and Z. Zhang, Beijing Xiyi Hightech Research Institute,
China(CIE)

B. Makarenko, A. Soroka, A. Vilchinsky, and E. Prilepsky, NIIRI, Ukraine

5. The Inversion of Subsurface Data and a Simple Algorithm toProcess Large-Scale Real Data (invited)
W.C. Chew1, A.A. Aydiner1, T.J. Cui1, D.L. Wright2, D.V. Smith2, and J.D.
Abraham2, 1University of Illinois, Urbana and 2United States Geological
Surbey, USA-20-

Thursday, August 2, 9:30-11:10

Room G

Thursday, August 2, 14:00-15:40

Room GG1 International Reference Ionosphere (1)G2 International Reference Ionosphere (2)Chairs : K. Oyama, Institute of Space and Astronautical Science, Japan
D.K. Bilitza, GSFC,NSSDC, USA

Chairs : D.K. Bilitza, GSFC,NSSDC, USA
K. Oyama, Institute of Space and Astronautical Science, Japan

1. The URSI/COSPAR International Reference Ionosphere (IRI)- A Standard Description of Ionospheric Parameters (invited)

1. A Unique Feature of the Low Latitude Ionosphere
N. Balan, Kyoto University, Japan

D. Bilitza, Raytheon ITSS, USA

2. Akebono Contribution to International Reference Ionosphere(invited)

2. Ionospheric Variability and the International Reference Ionosphere (invited)

T. Abe and K. Oyama, The Institute of Space and Astronautical Science,Japan

P.J. Wilkinson, IPS Radio and Space Services, Australia

3. A Study of Ionospheric Electron Densities Obtained from the
IRI, TIEGCM, and GPS Applications (invited)

3. Temperature Anisotropy of Drifting Ions in the Auroral F-region Derived from the EISCAT Tristatic Observations

J. Liu, M. Chen, H. Tsai, and C. Lin, National Central University,
China(SRS)

T.F. Shibata and J. Yasuno, University of Electro-Communications, Japan

4. Initial Results of the Thermal Electron Measurement on
KOMPSAT-1

4. Possible Coordination of Electron Density and Temperature
Data Obtained with Hinotori, DE-2 and ICB1300 Spacecrafts
for IRI

K.W. Min, J.J. Lee, and J. Kim, Korea Advanced Institute of Science andTechnology, South Korea

K. Oyama, Institute of Space and Astronautical Science, Japan

5. Empirical Modeling of Electron Temperature in the Planetary
Ionospheres (invited)

5. 3-D Visualization of Electron Density of Ionosphere
S. Watari, I. Iwamoto, K. Igarashi, M. Isogai, and Y. Arakawa, Communications Research Laboratory, Japan

Thursday, August 2, 16:00-17:40

AP-RASC '01

Commission G

K.K. Mahajan, National Physical Laboratory, India

Room G

Friday, August 3, 9:30-11:10

Room G

G3 Global Response of the Thermosphere andIonosphere to Geomagnetic Disturbances

G4 Dynamics and Energetics of the HighLatitude Thermosphere and Ionosphere

Chairs : S. Maeda, Kyoto Women’s University, Japan
P.J. Wilkinson, IPS Radio and Space Services, Australia

Chairs : T.J. Fuller-Rowell, Space Environment Center, USA
M. Ishii, Communications Research Laboratory, Japan

1. Global Modeling of the Response of the Thermosphere andIonosphere to Geomagnetic Storms (invited)

1. Estimate of Joule Heating Rate from Multi-Instrument Measurements (invited)
G. Lu and A.D. Richmond, National Center for Atmospheric Research,
USA

T.J. Fuller-Rowell, Space Environment Center, USA

2. Traveling Ionospheric Disturbances Detected by GPS Network(invited)

2. Estimating Variability in Large Scale Joule Heating of the Atmosphere (invited)

A. Saito1, T. Tsugawa2, Y. Otsuka3, and M.C. Kelley1, 1Cornell University,
USA; 2Kyoto University and 3Nagoya University, Japan

D.J. Knipp, M.G. McHarg, and F.K. Chun, US Air Force Academy, USA

3. Seasonal Variations of Ion Upflow and Electron Density in theTopside Ionosphere (invited)

3. Ionospheric Disturbances During the Space Weather Month(September 1999)

R. Fujii, Nagoya University, Japan

P.J. Wilkinson1 and T.J. Fuller-Rowell2, 1IPS Radio and Space Services,
Australia; 2Space Environment Center, USA

4. Neutral Temperature over the Cusp and Auroral Oval

4. Modeling of the Low-Latitude Ionosphere During Geomagnetic DisturbancesS. Maeda1, S. Nozawa2, and M. Sugino2, 1Kyoto Women's University and2Nagoya University, Japan

N. Maruyama1, S. Watanabe1, and T.J. Fuller-Rowell2, 1Hokkaido University, Japan; 2Space Environment Center, USA

5. Changes of Energy Budget in the Polar Thermosphere Caused
by Energy Inputs from the Upper and Lower Regions
H. Fujiwara1, M. Suzuki1, S. Maeda2, and S. Nozawa3, 1Tohoku University,
2Kyoto Women's University, and 3Nagoya University, JapanT. Kikuchi1, H. Luehr2, K. Schlegel3, and T. Kitamura4, 1Communications
Research Laboratory, Japan; 2GeoForshungsZentrum and 3Max-PlanckInstitut fuer Aeronomie, Germany; 4Kyushu-University, Japan-21-

Program

5. Penetration of Magnetospheric Electric fields to the Global
Ionosphere During substorms

AP-RASC '01

Commission G
Friday, August 3, 14:00-15:40

Room G

Saturday, August 4, 8:50-10:30

Room G

G5 Ionospheric Irregularities and Structures (1)G6 Ionospheric Irregularities and Structures (2)Chairs : R.T. Tsunoda, SRI International, USA
M. Yamamoto, Kyoto University, Japan

Chairs : M. Yamamoto, Kyoto University, Japan
R.T. Tsunoda, SRI International, USA

1. Equatorial Investigations of Ionospheric Irregularities fromthe Pohnpei Radar Observatory (invited)

1. Gadanki and MU Radar Studies of the E Region Field-Aligned
Irregularities (invited)
P.B. Rao1, M. Yamamoto2, and S. Fukao2, 1National MST Radar Facility,
India; 2Kyoto University, Japan

R.T. Tsunoda, SRI International, USA

2. Meridional Changes in Ionospheric Height near the Magnetic
Equator and Implications in Equatorial Spread F Onsets (invited)

2. The Quasi-Periodic Radar Echoes Studies in Chung-Li (invited)

T. Maruyama1, K. Nozaki1, M. Yamamoto2, and S. Fukao2, 1Communications Research Laboratory and 2Kyoto University, Japan

C. Pan, Institute of Space Science, NCU, China(SRS)

3. Altitude Comparison of Mid-Latitude Quasi-Periodic Radar
Echoes and Sporadic-E

3. A Study on Energy Source of the Additional Layer in the Ionosphere
C. Hsiao1, J. Liu1, and H. Lue2, 1National Central University and 2Fu-Jen
University, China(SRS)

T. Ogawa1, O. Takahashi1, K. Nozaki2, and M. Yamamoto3, 1Nagoya University, 2Communications Research Laboratory, and 3Kyoto University,Japan

4. The GPS Investigations of Ionospheric Irregularities and Structures along the WestPac Chain

4. Investigating the Natural Ionosphere Structure with HF Radio Waves

J. Liu1, H. Tsai1, F. Chu1, and K. Saroso2, 1National Central University,
China(SRS); 2Ionospheric Research and Development Center, Indonesia

L.M. Kagan, Radiophysical Research Institute, Russia

5. Global Distributions of Sporadic E Obtained from Intersatellite
Communication Links

5. Radar Imaging of E and F Region Irregularities at Jicamarca(invited)

K. Hocke1, K. Igarashi1, M. Ikeda1, T. Tsuda2, and A.G. Pavelyev2, 1Communications Research Laboratory and 2Kyoto University, Japan

D.L. Hysell, Clemson University, USA

Saturday, August 4, 10:50-12:30

Room G

Saturday, August 4, 14:00-15:40

Room G

G7 Progress of Ionospheric Radio
Observations (1)G8 Progress of Ionospheric Radio
Observations (2)Chairs : N. Balan, University of Kerala, India
S. Watanabe, Hokkaido University, Japan

Chairs : S. Watanabe, Hokkaido University, Japan
N. Balan, University of Kerala, India

1. The MU Radar Contributions to Midlatitude Ionospheric Physics: Past, Present, and Future (invited)

1. Gravity Waves and Ionospheric Irregularities over Tropical
Convection Zones and Mountain Regions observed by GPS/MET

S. Fukao, Kyoto University, JapanK. Hocke and T. Tsuda, Kyoto University, Japan

2. SuperDARN: A Global View of Dynamics of High Latitude
Convection (invited)

2. Progress in Radio Holography Application to Investigation of
Natural Processes Using Radio Occultation Data

T. Kikuchi1, K. Hashimoto1, R.M. Greenwald2, and M. Ruohoniemi2, 1Communications Research Laboratory, Japan; 2Johns Hopkins University/Applied Physics Laboratory, USA

A. Pavelyev1, T. Tsuda2, K. Hocke2, K. Igarashi3, C. Reigber4, J. Wickert4,
and G. Beyerle4, 1IRE RAS, Russia; 2Kyoto University and 3Communications Research Laboratory, Japan; 4GFZ Potsdam, Germany

3. Advances in Passive Multistatic Radar for Atmospheric andIonospheric Remote Sensing (invited)

3. Development of a Multi-Frequency Interferometer for the Jovian Decameter Radiation and a Method to Estimate TEC
Fluctuation by Using the GPS Network

J.D. Sahr, C. Zhou, and D.M. Gidner, University of Washington, USA

M. Oya1, T. Nakajo1, T. Ono1, M. Iizima1, and H. Oya2, 1Tohoku Universityand 2Fukui University of Technology, Japan

4. Space Tethers for Space Science and Propulsion (invited)
B.E. Gilchrist, University of Michigan, USA

4. Dynamical Coupling of the Upper Atmospheric Regions at Mid

5. Retrieval of in-situ Electron Density in the Topside Ionospherefrom Cosmic Radio Noise Intensity by Artificial Neural Network

Latitudes
N. Balan1, S. Kawamura1, T. Nakamura1, M. Yamamoto1, K. Igarashi2, S.
Fukao1, and S. Watanabe3, 1Kyoto University, 2Communications ResearchLaboratory, and 3Hokkaido University, Japan

T. Maruyama, Communications Research Laboratory, Japan

5. Radio Occultation Project in Japan Study of Atmosphere/Ionosphere of Mars, Moon, Venus, and Solar Corona
K. Oyama1, T. Imamura1, K. Noguchi1, A.S. Nabatov2, T. Takano1, Z.
Yamamoto1, M. Tokumaru3, and T. Ichikawa1, 1Institute of Space and Astronautical Science, Japan; 2Institute of Radio Astronomy of Academy of
Science of Ukraine, Ukraine; 3Nagoya University, Japan-22-

Room X
Saturday, August 4, 14:00-15:40
G9/GE Electromagnetic Phenomena Related with
Earthquake and Volcanic Activities (1)Room X
Saturday, August 4, 16:00-17:40
G10/GE Electromagnetic Phenomena Related with
Earthquake and Volcanic Activities (2)Chairs : O.A. Molchanov, Earth Observation Research Center, NASDA, Japan (Russia)
S.A. Pulinets, IZMIRAN, Russia

Chairs : F. Vallianatos, Technological Educational Institute of Crete, Greece
M. Hayakawa, The University of Electro-Communications, Japan

1. Electric & Electromagnetic Earthquake Precursors Recorded
on Mediterranean Basin: Field Observations, Method of Analysis, Generation Mechanisms (invited)

1. Electromagnetic Radiation of the Finite Moving Sources

AP-RASC '01

Commission G / Commission H

J. Dong and Y. Gao, Beijing Univ. of Posts and Telecom., China(CIE)

2. Seismo-Ionospheric Anomalies Observed Prior to the 1995 Kobe
Earthquakes (invited)

F. Vallianatos1 and V. Lapenna2, 1Technological Educational Institute ofCrete, Greece; 2Istituto di Metodologie Avanzate di Analisi AmbientaleCNR, Italy

J. Liu1, H. Tsai1, Y. Chuo1, and S.A. Pulinets2, 1National Central University, China(SRS); 2IZMIRAN, Russia

2. The Latest Aspects of Electromagnetic Study for the Shortterm Earthquake Prediction in Japan, - Anomalous Electric
Potential Changes - (invited)

3. Physics and Practical Application of Ionospheric Precursorsof Strong Earthquakes (invited)
S.A. Pulinets1, K.A. Boyarchuk1, V.V. Hegai1, and J. Liu2, 1IZMIRAN, Russia; 2National Central University, China(SRS)

T. Nagao and S. Uyeda, RIKEN-IFREQ, Japan

3. ULF Geomagnetic Anomalies Associated with Earthquakes
K. Hattori1, Y. Akinaga2, K. Gotoh2, C. Yoshino3, Y. Kopytenko4, M.
Hayakawa2, K. Yumoto5, T. Nagao6, and S. Uyeda3, 1Chiba University,
2The University of Electro-Communications, and 3RIKEN International
Frontier Research Group on Earthquake, Japan; 4St. Petersburg Filial of
IZMIRAN, Russia; 5Kyushu University and 6Tokai University, Japan

4. Lithosphere-Atmosphere-Ionosphere Coupling through Gravity Waves as Observed from Propagation of VLF
Subionospheric Signals and Satellite Recordings (invited)

4. Electromagnetic Phenomena Associated with Earthquakes (invited)

5. Equatorial Anomaly Variations Observed Before the Strong
Earthquakes in Western Pacific Region

O. Molchanov1 and M. Hayakawa2, 1Earth Observation Research Center,
NASDA and 2The University of Electro-Communications, Japan

M. Hayakawa, The University of Electro-Communications, Japan

A.D. Legen'ka1 and J. Liu2, 1IZMIRAN, Russia; 2National Central University, China(SRS)

5. Evidence of Earth-origin Electromagnetic Waves Propagatingin the Deep Earth
M. Tsutsui, Kyoto Sangyo University, Japan

Saturday, August 4, 8:50-10:30

Room H

Saturday, August 4, 10:50-12:30

Room H

H1 Plasma as a Complex System (1)H2 Plasma as a Complex System (2)Chairs : A. Sen, Institute for Plasma Research, India
T.K. Nakamura, Fukui Prefectural University, Japan

Chairs : T.K. Nakamura, Fukui Prefectural University, Japan
A. Sen, Institute for Plasma Research, India

1. A Statistical Theory on Temperature Anisotropy Relaxation
by Ion Cycltron Waves

1. Transport of Energetic Particles in a Space Plasma(Tutorial)
T. Hada, Kyushu University, Japan

T.K. Nakamura, Fukui Prefectural University, Japan

2. Plasma Heating and Nonthermal Particle Acceleration in Magnetic Reconnection (invited)

2. Stochastic Growth Theory and Its Application in Space Plasmas (invited)

M. Hoshino, University of Tokyo, Japan

I.H. Cairns and P.A. Robinson, University of Sydney, Australia

3. Collective Phenomena in a Strongly Coupled Dusty Plasma

3. Statistical Study of Geomagnetic Disturbances: Power Law inFrequency Distributions and the SOC Model (invited)

A. Sen and P.K. Kaw, Institute for Plasma Research, India

4. Electron Heating Influenced by Whistler Wave Packets at
Quasi-Parallel Shock Waves

H. Shirai and Y. Watanabe, Nagoya University, Japan

4. Complexity in Electron Magnetohydrodynamic Turbulence(invited)

K. Nishimura, H. Matsumoto, and H. Kojima, Kyoto University, Japan

A. Das, Institute for Plasma Research, India

5. Electron Acoustic Waves Exhibiting Dromion Solutions andTheir Role in the Polar Cap Boundary Layers

Program

S.S. Ghosh1, A. Sen2, and G.S. Lakhina3, 1Pohang University of Scienceand Technology (POSTECH), South Korea; 2Institute for Plasma Researchand 3Indian Institute of Geomagnetism, India(* Tutorial Presentation is allotted 30 min. for the presentation and 10 min.
for the discussion, which is double the time of a regular presentation.)-23-

AP-RASC '01

Commission H
Friday, August 3, 9:30-11:10

Room H

Friday, August 3, 14:00-15:40

Room H

H3 Observation and Theory of Plasma Waves
in Space (1)H4 Observation and Theory of Plasma Waves
in Space (2)Chairs : I. Cairns, University of Sydney, Australia
H. Kojima, Kyoto University, Japan

Chairs : H. Kojima, Kyoto University, Japan
I. Cairns, University of Sydney, Australia

1. Radio and Plasma Wave Observations of Jupiter by Cassini
and Galileo (invited)

1. Coherent Potential Structures Induced by Electron/Ion Beam
Instabilities in Plasmas (invited)

W.S. Kurth and D.A. Gurnett, University of Iowa, USA

Y. Omura, K. Ninomiya, T. Umeda, H. Usui, and H. Matsumoto, Kyoto
University, Japan

2. Type II Solar Radio Emissions Associated with the Propagation of Coronal Mass Ejections through Space Plasmas (invited)

2. Electron Acceleration in High Mach Number Shocks: Electron Holes and Solitary Waves (invited)

M.J. Reiner, NASA/GSFC and Catholic Univ. of America, USA

N. Shimada and M. Hoshino, University of Tokyo, Japan

3. Interplanetary Type II Radio Bursts and Geomagnetic Storms

3. Statistical Analyses of Plasma Waves in the Bow Shock andMagnetosheath Regions: GEOTAIL Observation

S. Watari1 and T. Watanabe2, 1Communications Research Laboratory and
2Ibaraki University, Japan

K. Shin, H. Matsumoto, and H. Kojima, Kyoto University, Japan

4. Observations and Computer Simulations of 2fp Emissions (invited)

4. SS-520-2 Rocket Observations of Electric Field in the Polar
RegionY. Kasaba1 and H. Matsumoto2, 1Institute of Space and Astronautical Science (ISAS) and 2Kyoto University, Japan

T. Miyake1, T. Okada1, D. Tomishima1, Y. Watanabe1, H. Kojima2, and H.
Matsumoto2, 1Toyama Prefectural University and 2Kyoto University, Japan

5. GEOTAIL Contribution to Space Plasma Physics via Plasma
Wave Observations (invited)

5. Plasma Wave Observation in the Polar Region via SS-520-2
Rocket Experiment

H. Matsumoto, Kyoto Univ., JapanY. Ueda1, H. Kojima1, H. Matsumoto1, K. Hashimoto1, I. Nagano2, T.
Okada3 , T. Mukai 4, H. Iwai1, and R. Fujiwara1, 1 Kyoto University,
2Kanazawa University, 3Toyama Prefectural University, and 4The Inst. ofSpace and Astronautical Science, Japan

Thursday, August 2, 9:30-11:10

Room HThursday, August 2, 14:00-15:40

Room H

H5 Wave Propagation, and Remote Sensing ofMagnetosphere (1)H6-1 Wave Propagation, and Remote Sensingof Magnetosphere (2)Chairs : B.J. Fraser, University of Newcastle, Australia
Y. Kasahara, Kyoto University, Japan

Chairs : A. Morioka, Tohoku University, Japan
T. Obara, Communications Research Laboratory,Japan

1. Remote Sensing Solar Wind Plasma: Imaging Interplanetary
Disturbances (invited)

1. The Solar Cycle Dependence of Auroral Kilometric Radiation
A. Kumamoto1, T. Ono1, and H. Oya2, 1Tohoku University and 2Fukui University of Technology, Japan

P. Manoharan, Radio Astronomy Centre (NCRA, TIFR), India

2. Bistatic Radio Tomographic Imaging in the Magnetospherewith IMAGE and WIND

2. An Electromagnetic Simulator for 3D Ray-Tracings of the AKR
A.G. Nurdiyana1, T. Murata1, K. Hashimoto2, and H. Matsumoto2, 1Ehime
University and 2Kyoto University, Japan

S.A. Cummer1, M.J. Reiner2, B.W. Reinisch3, M.L. Kaiser4, J.L. Green4,
R.F. Benson4, R. Manning5, and K. Goetz6, 1Duke University, 2RITSS/LEP,
NASA GSFC, 3UMass Lowell, and 4NASA GSFC, USA; 5Observatoire deParis, France; 6U. of Minnesota, USA

3. Source of Kilometric Continuum (invited)
K. Hashimoto1, R.R. Anderson2, H. Matsumoto1, W. Calvert3, H. Oya4,and M. Iizima5, 1Kyoto University, Japan; 2University of Iowa and 3Iowa
City, USA; 4Fukui University of Technology and 5Tohoku University, Japan

3. Remote Sensing Plasma Mass Density Dynamics in the Magnetosphere Using ULF Waves (invited)
C. Waters, University of Newcastle, Australia

4. Propagation Characteristics of Lobe Trapped Continuum Radiation in the Distant Magnetotail

4. Global Dynamics of the Inner Magnetosphere Derived from
ELF/VLF Waves Observed by Akebono (invited)

H. Takano1, I. Nagano1, S. Yagitani1, M. Fukuoka1, and H. Matsumoto2,
1Kanazawa University and 2Kyoto University, Japan

Y. Kasahara1, I. Nagano2, and I. Kimura3, 1Kyoto University, 2Kanazawa
University, and 3Osaka Institute of Technology, Japan

5. GEOTAIL Observation of Cyclotron Growth of Chorus Emissions

5. Auroral Kilometric Radiation as a Diagnostic of the Electron
Acceleration Region (invited)

S. Yagitani1, I. Nagano1, H. Matsumoto2, Y. Omura2, and T. Mukai3,
1Kanazawa University, 2Kyoto University, and 3ISAS, Japan

R.J. Strangeway1, R.E. Ergun2, and P.L. Pritchett3, 1IGPP/UCLA, 2LASP/
University of Colorado, and 3Dept. Physics/UCLA, USA-24-

Thursday, August 2, 16:00-17:40

Room H

Saturday, August 4, 14:00-15:40

Room H

H6-2 Wave Propagation, and Remote Sensingof Magnetosphere (3)H7 Modeling and Computer Simulations inSpace Plasmas (1)Chairs : C. Waters, University of Newcastle, Australia
Y. Tonegawa, Tokai University, Japan

Chairs : K. Tang, Chinese Academy of Science, China(CIE)
S. Machida, Kyoto University, Japan

1. Propagation and Resonance Characteristics of Pc 5 Waves
Revealed in Coordinated Space and Ground Observations (invited)

1. Electrostatic Particle Simulations of the Weak Double Layerin the Auroral Plasma Including the Effects of Up-flowing Ions

AP-RASC '01

Commission H / Commission J

A. Yajima and S. Machida, Kyoto University, Japan

Y. Tonegawa1, T. Sakurai1, and N. Sato2, 1Tokai University and 2National
Institute of Polar Research, Japan

2. Electromagnetic Particle Simulations of Electron Beam Instabilities in a Two-dimensional Open System

2. Linearly Polarised Electromagnetic Ion Cyclotron Wave Propagation in the Middle Magnetosphere

T. Umeda, Y. Omura, H. Matsumoto, and H. Usui, Kyoto University, Japan

B.J. Fraser1, G. Dowdell2, and Y. Hu3, 1University of Newcastle, 2Integral
Energy, and 3DSTO, Australia

3. Quasi-Hundred Years Term Modulation and Prediction on
Solar- Geomagnetic DisturbanceK. Tang, Institute of geophysics, Chinese Academy of Sciences, China(CIE)

3. Weekend Decrease of ELF Emissions Observed at Thinly Inhabited Meridian

4. Ballooning Instability as a Mechanism of the Near-Earth Onset of Magnetospheric Substorms (invited)

H. Yamagishi1, N. Sato1, and I. Nagano2, 1National Institute of Polar Research and 2Kanazawa University, Japan

A. Miura, University of Tokyo, Japan

4. Role of Plasma Waves in the Large Enhancement of Relativistic Electrons in the Outer Radiation Belt 1: Evidence of Internal Acceleration Inferred from Akebono/NOAA Observations

5. A Study of Wave-particle Interactions near the Neutral Sheetduring Compression of Plasma Sheet in the Magnetotail:Hybirid Code and KEMPO Code Computer Simulations

T. Obara1, Y. Miyoshi2, and A. Morioka2, 1Communications Research Laboratory and 2Tohoku Univ., JapanT. Murata1, Y. Omura2, and H. Matsumoto2, 1Ehime University and 2Kyoto
University, Japan

5. Role of Plasma Waves in the Large Enhancement of Relativistic Electrons in the Outer Radiation Belt 2: Non-Adiabatic
Acceleration by Wave-Particle Interaction
Y. Miyoshi1, A. Morioka1, and T. Obara2, 1Tohoku University and 2Communications Research Laboratory, Japan

Saturday, August 4, 16:00-17:40

Room HThursday, August 2, 9:30-11:10

Room J

H8 Modeling and Computer Simulations inSpace Plasmas (2)J1 Large Telescopes and Projects - Millimeterand Submillimeter Facilitites (1)Chairs : K. Tang, Chinese Academy of Science, China(CIE)
S. Machida, Kyoto University, Japan

Chairs : K. Lo, Academia Sinica, Institute of Astronomy and Astrophysics,
Chinese Taipei
T. Hasegawa, National Astronomical Observatory of Japan, Japan

1. A Model for Producing Modulation Lanes in Jupiter's Decametric Radio Spectra (invited)

1. Low-Mass Star Formation Studied Using Millimeter Interferometers (invited)

K. Imai1, F. Reyes2, and T.D. Carr2, 1Kochi National College of Technology, Japan; 2University of Florida, USA

N. Ohashi, Academia Sinica Institute of Astronomy & Astrophysics, Chinese Taipei

2. Global Simulation of MHD Wave Propagation in the Magnetosphere (invited)

2. Millimeter-wave Interferometric Observations of Nearby Galaxies (invited)

S. Fujita, Meteorological College, JapanK. Kohno and R. Kawabe, Nobeyama Radio Observatory of Japan, Japan

3. A Theoretical Model on Spread-F Longitudinal Effects (invited)

3. Interactions and Mergers in Active Galaxies at Low Redshifts(invited)

Z. Xiao and T. Zhang, Peking University, China(CIE)

J. Lim, Academia Sinica Institute of Astronomy and Astrophysics, Chinese
Taipei

4. Computer Experiments on Electromagnetic Interaction Between Antenna and Space Plasma (invited)

4. From LMSA to ALMA (invited)

H. Usui, H. Matsumoto, and Y. Omura, Kyoto University, Japan

M. Ishiguro, National Astronomical Observatory of Japan, Japan

5. FDTD Analysis of an Antenna Immersed in a Lossy Cold Magneto-Plasma

5. Front End Design and Development for ALMA (invited)
W. Wild1 and J. Payne2, 1NOVA/SRON, The Netherlands and; 2NRAO, USA

ProgramY. He1 and S. Adachi2, 1Osaka Electro-Communication University and
2Tohoku Institute of Technology, Japan-25-

AP-RASC '01

Commission J
Thursday, August 2, 14:00-15:40

Room J

Thursday, August 2, 16:00-17:40

Room JJ2 Large Telescopes and Projects - Millimeterand Submillimeter Facilitites (2)J3 Low-Frequency Telescopes and/or Dense
Arrays (1)Chairs : T. Hasegawa, National Astronomical Observatory of Japan, Japan
K. Lo, Academia Sinica, Institute of Astronomy and Astrophysics,
Chinese Taipei

Chairs : M. Kojima, Nagoya University, Japan
B. Peng, Beijing Astronomical Observatory,
China(CIE)

1. Developments of Submillimeter-wave receivers for the ALMA
and the ASTE 10 m telescope (invited)

1. Modeling FAST, the world's largest single dish (invited)
B. Peng, R. Nan, Y. Su, Y. Qiu, L. Zhu, and W. Zhu, Beijing Astronomical
Observatory, China(CIE)

Y. Sekimoto, National Astronomical Observatory of Japan, Japan

2. Mm and Submm Superconducting Receiver Development in
China (invited)

2. The Frequency-Agile Solar Radiotelescope (FASR) (invited)
D.E. Gary1, T.S. Bastian2, S.M. White3, and G.J. Hurford4, 1New Jersey
Institute of Technology, 2National Radio Astronomy Observatory, 3University of Maryland, and 4UC Berkeley, USA

S. Shi1 and P. Wu2, 1Purple Mountain Observatory and 2Nanjing University, China(CIE)

3. The Sub-Millimeter Array in Taiwan: A Progress Report (invited)

3. The Indian Giant Metrewave Radio Telescope (invited)
S. Ananthakrishnan and A. Pramesh Rao, National Centre for Radio Astrophysics, TIFR, India

M. Chen, C. Chin, T. Chu, S. Hu, Y. Hwang, T. Lee, K. Lo, R. Martin, P.
Martin-Cocher, P. Raffin, and M. Wang, Academia Sinica, Institute of Astronomy, Chinese Taipei

4. The 74 MHz System on the Very Large Array (invited)
R.A. Perley1, B.C. Erickson2, and N.E. Kassim3, 1National Radio Astronomy
Observatory, USA; 2University of Tasmania, Australia; 3Naval ResearchLaboratory, USA

4. AMiBA: Array for Microwave Background Anisotropy
K. Lo1, R. Martin2, and T. Chiueh3, 1Institute of Astronomy and Astrophysics, Academia Sinica(ASIAA), Chinese Taipei; 2Research Cooperation of
University of Hawaii, USA; 3National Taiwan University, China(SRS)

5. The Miyun Synthesis Radio Telescope (invited)
X. Zhang and H. Wang, Beijing Astronomical Observatory, CAS,
China(CIE)

5. The Australia Telescope Millimetre-Wave Upgrade (invited)
R. Subrahmanyan, M.J. Kesteven, M.W. Sinclair, R.G. Gough, G.R. Graves,and M.R. Leach, CSIRO Australia Telescope National Facility, Australia

Friday, August 3, 9:30-11:10

Room J

Friday, August 3, 14:00-15:40

Room J

J4 Low-Frequency Telescopes and/or Dense
Arrays (2)J5 VLBI/Projects and Their Scientific
Perspective (1)Chairs : B. Peng, Beijing Astronomical Observatory, China(CIE)
M. Kojima, Nagoya University, Japan

Chairs : D.L. Jauncey, Australia Telescope National Facility / CSIRO,
Australia
T. Sasao, National Astronomical Observatory of Japan, Japan

1. Spherical Dish Array in Nasu Pulsar Observatory -Conceptual Development of Spherical Dishes and Observational Results- (invited)

1. The Frontiers of Very Long Baseline Interferometry (Tutorial)

T. Daishido1, K. Asuma1, N. Tanaka1, H. Takeuci1, M. Kuniyoshi1, R. Hoshi1,
K. Goto1, S. Mizuki1, K. Mizuno1, T. Suzuki1, K. Fukuoka1, T. Umemura1,
H. Matsumura1, K. Uzawa1, and K. Akabane2, 1Waseda University and
2National Astronomical Observatory of Japan, Japan

2. Achievements of the First Generation Space-VLBI Mission
VSOP and the Future (Tutorial)

M.J. Reid, Harvard-Smithsonian CfA, USA

H. Hirabayashi, ISAS, Japan

3. VLBI in the Southern Hemisphere (invited)

2. Newly developed meter to decimeter range radio telescopes forthe investigations of planetary Environments (invited)

J.E. Reynolds, ATNF/CSIRO, Australia

H. Misawa1, A. Morioka1, F. Tsuchiya1, and T. Kondo2, 1Tohoku Universityand 2Communications Research Laboratory, Japan

3. Beam Pattern Measurements of Large Parabola Antenna using LEO Satellite Beacons
H. Kubo, M. Nishino, and T. Miyazaki, Kagoshima University, Japan

4. Tomographic Observation of Heliosphere using UHF IPS Antennas (invited)
M. Kojima, M. Tokumaru, K. Fujiki, K. Hayashi, A. Yokobe, and T. Ohmi,
Nagoya University, Japan

5. Very compact S and X bands coaxial helical array feeds for
VLBI antenna
H. Mimaki, H. Nakano, and T. Kasuga, Hosei University, Japan(* Tutorial Presentation is allotted 30 min. for the presentation and 10 min.
for the discussion, which is double the time of a regular presentation.)-26-

Saturday, August 4, 8:50-10:30

Room J

Saturday, August 4, 10:50-12:30

Room J

J6 VLBI/Projects and Their Scientific
Perspective (2)J7 Collaboration and Development of Radio
Astronomy in Asia-Pacific Region (1)Chairs : T. Sasao, National Astronomical Observatory of Japan, Japan
D.L. Jauncey, Australia Telescope National Facility / CSIRO,
Australia

Chairs : M. Inoue, National Astronomical Observatory ofJapan, JapanT. Tzioumis, ATCA, CSIRO, Australia

1. VLBI Activities in China (invited)

1. Geodetic VLBI Experiments for the APSG (invited)

Z. Qian, Shanghai Astronomical Observatory, CAS, China(CIE)

AP-RASC '01

Commission J

S. Ye, Shanghai Astronomical Observatory, CAS, China(CIE)

2. VERA (VLBI Exploration of Radio Astrometry) system (invited)

2. The Asia-Pacific Telescope (invited)
D.L. Jauncey, ATNF/CSIRO, Australia

H. Kobayashi1, T. Sasao1, N. Kawaguchi1, S. Manabe1, T. Miyaji1, K.
Shibata1, O. Kameya1, M. Honma1, Y. Tamura1, K. Satou1, S. Kuji1, K.
Horiai1, K. Iwadate1, H. Imai1, K. Yokoyama1, T. Omodaka2, T. Hirota2, M.
Nishimo2, and T. Kasuga3, 1National Astronomical Observatory of Japan,
2University of Kagoshima, and 3Hosei University, Japan

3. IVS Technology Development Center at CRL and its Recent
Activities (invited)
T. Kondo1, Y. Koyama1, J. Nakajima1, M. Sekido1, R. Ichikawa1, E. Kawai1,
H. Okubo1, H. Osaki1, T. Yoshino2, J. Amagai2, H. Kiuchi2, Y. Takahashi2,
and F. Takahashi2, 1Kashima Space Research Center / CRL and 2Communications Research Laboratory, Japan

3. VERA --- Science (invited)
M. Honma, National Astronomical Observatory of Japan, Japan

4. Chinese-Russian Collaboration for the Developing of the Radio
Astronomy with Ussuriysk 70 m Antenna at Far East of Russia

4. Japan - Russia Differential Pulsar VLBI

X. Hong1, Z. Qian1, I.E. Molotov2, S.F. Likhachev2, and Y.P. Molotov2,
1Shanghai Astronomical Observatory, China(CIE); 2Astro Space Centerof P.N. Lebedev Physical Institute, Russia

A.E. Rodin and M. Sekido, Kashima Space Research Center CRL, Japan

5. Alignment of Radio Jets of EGRET-Detected AGNs
X. Hong, W. Wang, T. An, and D. Jiang, Shanghai Astronomical Observatory, China(CIE)

5. The ASIAA-ATNF AMiBA collaboration
M.J. Kesteven, CSIRO, Australia

Saturday, August 4, 14:00-15:40

Room J

Saturday, August 4, 16:00-17:40

Room J

J8 Collaboration and Development of Radio
Astronomy in Asia-Pacific Region (2)J9 Future Plans in the 21st Century

Chairs : T. Tzioumis, ATCA, CSIRO, Australia
M. Inoue, National Astronomical Observatory ofJapan, Japan

Chairs : T. Kasuga, Hosei University, Japan
S. Cho, Korea Astronomical Observatory, South Korea

1. The Need for a United Asia-Pacific Radio Astronomy Front(invited)

1. The Allen Telescope Array---A New Tool for SETI and OtherRadio Astronomy (invited)

M. Ohishi, National Astronomical Observatory of Japan, Japan

D.C. Bock, University of California at Berkeley, USA

2. Interference Mitigation and RadioAstronomy (invited)

2. Korea's New Radio Project: Construction of the Korean VLBI
Network (KVN) (invited)

M.J. Kesteven and R.J. Sault, CSIRO, Australia

Y. Minh, Korea Astronomy Observatory, South Korea

3. Radio Astronomy Spectrum Management in Australia.

3. VSOP-2: The Next Space VLBI Mission following VSOP (invited)

A. Tzioumis, CSIRO, ATNF, Australia

4. Frequency Management Issues for Radio Astronomy in India

Y. Murata1, H. Hirabayashi1, P.G. Edwards1, D.W. Murphy1, M. Inoue2, H.
Kobayashi2, and S. Kameno2, 1The Institute of Space and Astronautical
Science and 2National Astronomical Observatory of Japan, Japan

V. Lakshmanan and S. Ananthakrishnan, National Centre for Radio Astrophysics, TIFR, India

5. Radio Astronomy Service in the Republic of Korea

4. Hansa-Himalayan Antenna for Sub-MM Astronomy

H. Chung, Korea Astronomy Observatory, South Korea

R. Balasubramanyam, University of New South Wales, Australia

5. Film Lens Antennas for the Large Radio Telescopes-27-

ProgramH. Ujihara1 and Y. Chikada2, 1The Graduated University for Advanced Studies and 2National Astronomical Observatory of Japan, Japan

AP-RASC '01

Commission K
Thursday, August 2, 14:00-15:40

Room K

Thursday, August 2, 9:30-11:10

Room KK1 Mechanisms and Physics

K2 Health Assessment

Chairs : K.H. Joyner, Motorola Australia Pty. Limited, Australia
T. Higashi, Osaka University, Japan

Chairs : Z. Cao, Chinese Academy of Preventive Medicine,
China
K. Shimizu, Hokkaido University, Japan

1. Diamagnetic Orientation of Flagella and Cila (invited)

1. Effects of Time-Varying Strong Magnetic Fields on Cellular
Functions. (invited)

T. Takeuch, T. Higashi, Y. Nakaoka, and R. Emura, Osaka University, Japan

K. Park1, T. Ikehara1, H. Houchi1, K. Hosokawa1, H. Yamaguchi1, Y.
Kinouchi1, K. Yoshizaki1, and H. Miyamoto2, 1The University of Tokushima
and 2Tokushima Bunri University, Japan

2. The Importance of Precise Dosimetry, Temperature Control,and Exposure Assessment for Radiofrequency Cell Exposures
In Vitro : A Case Study on the Proliferation of LN-71 Human
Glioma Cells (invited)

2. Human EEG Analysis after 30 min ELF-EMF Exposure in
Consideration of Ministerial Order Establishing TechnicalStandards for Electrical Facilities of Japan (invited)

C.C. Davis1, I. Bikhman2, and S.M. Motzkin2, 1University of Marylandand 2Polytechnic University, USA

M. Kawada, Nagoya Institute of Technology, Japan

3. Limits and Basic Problems in Research on Non-Thermal RF
Biological Effects (invited)

3. Evaluation of Geomagnetic Activity Influence on Frequency
of Appearance of Acute Pathologies and Heavy Traumas

M.L. Swicord1 and A.R. Sheppard2, 1Motorola Inc. and 2Asher Sheppard
Consulting and Loma Linda University, USA

S.A. Pulinets, V.P. Kuleshova, and I.A. Safronova, IZMIRAN, Russia

4. Mechanisms for Modulation-Specific Effects in Biological Systems Exposed To Radiofrequency Energy (invited)

4. Effects of Handsets of Celluar Telephone on Symptoms of
Neuasthesia, Quality of Sleeping, Depression, andNeurobehavioral Function (invited)

A.R. Sheppard, Asher Sheppard Consulting and Loma Linda University,
USA

Z. Cao, X. Zhao, H. Zhang, and Y. Tao, Chinese Academy of Preventive
Medicine (CAPM), China(CIE)

5. Electromagnetic Fields and Currents in Human

5. Cancer Incidence in the Vicinity of Korea AM Radio Broadcast Towers (invited)

T. Ohmuma, Tohoku University, Japan

M. Ha1, H. Lim2, and D. Yoo3, 1Dankook University College of Medicine,
2Seoul National University College of Medicine, and 3Electronics and Telecommunications Research Institute, South Korea

Thursday, August 2, 16:00-17:40

Room K

Friday, August 3, 9:30-11:10

Room KK3 Biological Effects of DC and ELF Fields

K4 Biological Effects of RF Fields

Chairs : A.W. Wood, Swinburne University of Technology, Australia
T. Shigemitsu, Central Research Institute of Electric Power Industry, Japan

Chairs : J. Behari, Jawaharlal Nehru University, India
M. Taki, Tokyo Metropolitan University, Japan

1. Modelling the Interaction of Electromagnetic Fields Acting on
Biological Systems (invited)

1. Summary of World Wide Studies Related to Cellular Telephonyand Cancer (invited)

G. D'Inzeo1, F. Apollonio1, M. Liberti1, and L. Tarricone2, 1La Sapienza
University of Rome and 2University of Perugia, Italy

M.L. Swicord and J.J. Morrissey, Motorola Inc., USA

2. Effects of Low Level RF Fields on Induced Osteoporosis in Rat
Bone (invited)

2. Genetic effects of ELF fields in mammalian cells (invited)
J. Miyakoshi1, T. Nakahara1, G.R. Ding2, H. Yaguchi1, and M. Yoshida1,
1Kyoto University, Japan; 2The Fourth Military Medical University,
China(CIE)

J. Behari1, R. Lochan1, and N.R. Jagannathan2, 1Jawaharlal Nehru University and 2All India Institute of Medical Sciences, India

3. Cytogenetic Studies in Human Blood Lymphocytes Exposed
to Radiofrequency Radiation (invited)

3. Developmental Toxicology Evaluation of Magnetic Fields in
SD Rats (invited)
S.H. Myung1, M.K. Chung2, S.B. Kim3, and D.I. Lee3, 1KERI, 2KRICT,
and 3KEPRI, South Korea

Vijayalaxmi1, W.F. Pickard2, M.L. Meltz1, K.S. Bisht2, J.L. Roti Roti2, andE.S. Moros2, 1University of Texas Health Science Center and 2Washington
University, USA

4. Effects of Whole Body Exposure to 50Hz Electromagnetic Fields
on the Leukocyte Adhesion in Mice (invited)

4. Effects of Exposure to High-Frequency Electro-Magnetic Waves
on Rat Reference Memory in a T-maze Task. (invited)

C. Ohkubo and A. Ushiyama, National Institute of Public Health, Japan

H. Yamaguchi1, G. Tsurita1, S. Ueno1, S. Watanabe2, M. Taki3, and H.
Nagawa1, 1University of Tokyo, 2Communications Research Laboratory,
and 3Tokyo Metropolitan University, Japan

5. Do Power Frequency Magnetic Fields Affect Human Heart
Rate and Brain Function? (invited)

5. Lack of Tumor Promotion Potential of the Electromagnetic
Near Field Used for Cellular Phones (900MHz and 1.5GHz) on
Rat Liver and Mouse Skin Carcinogenesis (invited)

A.W. Wood, M.L. Sait, C.K. Stough, and V.K. Shardey, Swinburne University of Technology, Australia

K. Imaida1, T. Shirai1, M. Taki2, and O. Fujiwara3, 1Nagoya City University Medical School, 2Tokyo Metropolitan University, and 3Nagoya Institute of Technology, Japan-28-

Friday, August 3, 14:00-15:40

Room K

Room K
Saturday, August 4, 14:00-15:40
K6-1 Recent Activities of Electromagnetics in Medicine
and Biology in Asia-Pacific Countries (1)K5 Biomedical Application
Chairs : J.C. Lin, University of Illinois, USA
H. Matsuki, Tohoku University, Japan

Chairs : J.C. Lin, University of Illinois, USA
S. Ueno, University of Tokyo, Japan

1. High-Resolution Cortical Imaging by Means of Parametric
Projection Filters (invited)

1. Recent Advances in Bioelectromagnetic Research Activities inJapan (invited)

J. Hori1 and B. He2, 1Niigata University, Japan; 2University of Illinois at
Chicago, USA

AP-RASC '01

Commission K

S. Ueno, University of Tokyo, Japan

2. An Interstitial Array System of Sleeved-slot Microwave Antennas For Hyperthermia Treatment of Brain Tumors (invited)

2. Ultra Wide-range Vital Sign Monitoring Using Mobile Communication (invited)

J.C. Lin1, W. Hsu2, and R. Chi3, 1University of Illinois at Chicago, USA;2
Tri-service General Hospital and 3Chung Yuan Christian University,
China(SRS)K. Shimizu and T. Nishida, Hokkaido University, Japan

3. A Treatment System Combining Interstitial Microwave Hyperthermia and Interstitial Radiation Therapy (invited)

3. Studies on Biological Effects of Radio Frequency Radiation in
China (Review) (invited)

K. Ito1, K. Saito1, H. Yoshimura1, Y. Aoyagi2, and H. Horita2, 1Chiba University and 2Tokyo Dental College, Japan

Z. Cao, X. Huang, and H. Zhang, Institute of Environmental Health Monitoring, CAPM, China(CIE)

4. Potential Application of UWB Pulses in Lowing Blood Pressure (invited)

4. Bioelectromagnetics Research in India (invited)

S. Lu, McKessonHBOC Clinical and Biological Services/U.S. Army Medical Research Detachment, USA

J.B. Behari, J.N.U., India

5. Effect of ELF Current on Macrophage -Possibility of
Immunomodulation by Electric Field- (invited)

5. Induced Electric Fields in Adult and Child in Low-Frequency
Fields (invited)

T. Shimooka1, I. Fuji1, Y. Morita1, K. Shimizu1, and K. Ohsaki2, 1Hokkaido
University and 2Hakuju Institute for Health Science Co., LTD., Japan

A. Hirata1, T. Dawson2, K. Caputa2, and M. Stuchly2, 1Osaka University,
Japan; 2University of Victoria, Canada

Room K
Saturday, August 4, 16:00-17:40
K6-2 Recent Activities of Electromagnetics in Medicine
and Biology in Asia-Pacific Countries (2)Saturday, August 4, 8:50-10:30

Chairs : J.C. Lin, University of Illinois, USA
S. Ueno, University of Tokyo, Japan

Chairs : C. Chou, Motrola Inc., USA
T. Nojima, NTT DoCoMo, Japan

1. Phantoms for Estimation of the Interaction between EM Waves
and a Human Body (invited)

1. Spectrum Analyzer Based on Electric-Field Meter for Assessing Radio Wave Exposure Compliance. (invited)

K. Ito1, H. Kawai1, H. Yoshimura1, Y. Koyanagi2, and K. Ogawa3, 1Chiba
University, 2 Matsushita Communication Industrial Co. Ltd., and3Matsushita Electric Industrial Co. Ltd., Japan

Room K

K7/KAB Dosimetry for Wireless Communications

Y. Tarusawa and T. Nojima, NTT DoCoMo, Inc., Japan

2. Dependence of Electromagnetic Absorption on Use Position
for 2 GHz Handheld Mobile Telephones (invited)

2. Research on Biological Effects of Radio Frequency Radiation
at Walter Reed Army Institute of Research (invited)

J. Wang1, O. Fujiwara1, and T. Nojima2, 1Nagoya Institute of Technology
and 2NTT DoCoMo, Inc., Japan

S. Lu, McKessonHBOC Clinical and Biological Services/U.S. Army Medical Research Detachment, USA

3. Specific Absorption Rates in Head Phantoms of Different Shapeand Size for Cellular Telephone Use (invited)
S. Watanabe1, S. Mochizuki2, H. Shirai2, M. Taki3, and Y. Yamanaka1, 1Communications Research Laboratory, 2Chuo University, and 3Tokyo Metropolitan University, Japan

4. Implementation of the New IEEE SCC34 Recommended Practice for Determining the Spatial-Peak SAR in the Human Head
Due to Mobile Handsets (invited)
C. Chou, Motorola, USA

N. Kuster1, J. Froehlich1, and S. Ebert2, 1IT'IS and 2IT'IS/ETHZ, Switzerland-29-

Program

5. Exposure Setup Design for Large Scale NTP-Like Bioassays(invited)AP-RASC '01

Commission K
Saturday, August 4, 10:50-12:30

Room K

K8/KE EMC Problems Including Human Bodies
Chairs : Y. Gimm, Dankook University, Korea
O. Fujiwara, Nagoya Institute of Techonology, Japan

1. New Proposal of Micro-thermal Therapy Using an MMIC
Oscillator (invited)
Y. Kotsuka, Tokai University, Japan

2. Microwave Antenna Techniques for the Cure of Certain Classesof Heart Diseases (invited)
A.S. Mohan, H.M. Chiu, and A.R. Weily, University of Technology, Sydney,
Australia

3. Formulation and Characterization of Tissue Simulating Liquids Used for SAR Measurement (500 - 2000 MHz) (invited)
M.Y. Kanda, M. Ballen, C. Chou, and Q. Balzano, Motorola, USA

4. Small Loop Antennas for Localized Head Exposure Setups ofRats (invited)
K. Wake1, T. Fujimoto2, S. Watanabe1, Y. Yamanaka1, T. Uno2, and M.
Taki3, 1Communications Research Laboratory, 2Tokyo University of Agriculture and Technology, and 3Tokyo Metropolitan University, Japan

5. SAR Reduction of Cellular Phone Terminals by the Application of Magnetic Materials (invited)
Y. Gimm1, K. Kim1, E. Chang2, E.T. Kim2, and C.H. Ra3, 1Dankook University, 2SB Telecom, and 3Ban Seok Zeropa, South Korea-30-

PA4-01 RF Attenuation Measurement System Using Optical Fiber

Poster for Union Session

A. Widarta and T. Kawakami, Electrotechnical Laboratory, Japan

PA4-02 A Method to Determine Antenna Factors by a Transmission Measurement
PU-01 Some Studies for SPS Concept by Constellation Flight

AP-RASC '01

Poster Sessions

T. Morioka and K. Komiyama, Electrotechnical Laboratory, Japan

I. Mikami1, Y. Ezaki1, K. Takada1, M. Omura1, M. Satoh1, H.
Matsumoto2, K. Hashimoto2, and N. Shinohara2, 1Mitsubishi Electric Corporation and 2Kyoto University, Japan

PA4-03 Comparison between Measured and Calculated Loop
Antenna Factor in 3-antenna Method

PU-02 Microwave Power Transmission Experiment in Spacewith Phase Controlled Magnetron for Solar Power Satellite/Station

K. Furuya, T. Kawakami, and H. Yajima, Electrotechnical Laboratory, Japan

N. Shinohara, H. Matsumoto, and K. Hashimoto, Kyoto University, Japan

PA4-04 A Novel TSL2 Calibration Technique of Network Analyzer with One-path Configuration for Antenna Measurement

PU-03 Study on Noise and Efficiency of Magnetron for Microwave Power Transmission

M. Hirose and K. Komiyama, Electrotechnical Laboratory, Japan

T. Mitani1, N. Shinohara1, H. Matsumoto1, K. Hashimoto1, M. Aiga2,
and T. Tsukada2, 1Kyoto University and 2Matsushita Electronic Instruments Corp., Japan

Commission B (Poster)Commission A (Poster)PB-01 Polarimetric Calibration of Radar Cross Section Measurements
L.A. Muth, NIST, U.S.A.

PA1-01 High Resolution Room-Temperature Determination of
the Loss Tangent of Sapphire Using the Whispering-Gallery-Mode Method

PB-04 Scattering Analysis of Inhomogeneous Cylinder by
Atomic Model Method

J.G. Hartnett, M.E. Tobar, and E.N. Ivanov, University of Western
Australia, Australia

H. Hosono and T. Hosono, Nihon University, Japan

PB-05 Transient Scattering of Electromagnetic Waves by a Dispersive Dielectric Sphere

PA1-03 Accuracy Evaluation of Optically Pumped Primary Frequency Standard CRL-O1

A. Itoh1 and T. Hosono2, 1Tokyo National College of Technology
and 2Nihon University, Japan

H. Ito, A. Hasegawa, K. Fukuda, M. Kumagai, M. Kajita, N. Kotake,
M. Hosokawa, and T. Morikawa, Communications Research Laboratory, Japan

PB-07 Electromagnetic Scattering by Multiple Multi-Layered
Circular Cylinders Embedded in a Dielectric Space inCase of Oblique Incidence

PA1-04 Development of Cesium Atomic Fountain at CRL
M. Kumagai, H. Ito, K. Fukuda, A. Hasegawa, M. Kajita, and M.
Hosokawa, Communications Research Laboratory, Japan

I.O. Vardiambasis and F. Vallianatos, Technological Educational
Institute of Crete, Greece

PA1-05 Improvement of Launching Technology for Atomic Fountain Frequency Standard

PB-08 Wiener-Hopf Technique for the Vector Diffraction by a
Circular Waveguide Cavity

K. Fukuda1, T. Suzuki2, H. Ito1, A. Hasegawa1, and M. Hosokawa1,
1Communications Research Laboratory and 2Meiji University, Japan

D.B. Kuryliak1, S. Koshikawa2, K. Kobayashi3, and Z.T. Nazarchuk1,
1Karpenko Physico-Mechanical Institute, Ukraine; 2Antenna Giken
Co., Ltd and 3Chuo Univesity, Japan

PA2-01 Millisecond Pulsar Timing Observation at CRL

PB-10 On Approximation of Integral Equations in Electromagnetic Scattering by Bodies with Curvilinear Boundary

Y. Hanado, Y. Shibuya, M. Hosokawa, M. Sekido, T. Goto, and M.
Imae, Communications Research Laboratory, Japan

A.B. Samokhin, Moscow Institute of Radiotechnics, Electronics andAutomatics, Russia

PA2-02 Doppler Frequency Acquisition by 4Way Method in
SELENE

PB-11 Method of Analytical Regularization in the Wave Scattering by Thin Dielectric Screens

N. Kawano1, K. Asari1, Y. Kono2, T. Iwata3, and T. Takano4, 1National Astronomical Observatory of Japan, 2the Graduate University for Advanced Studies, 3National Space Development Agency ofJapan, and 4Institute of Space and Astronautical Science, Japan

A.I. Nosich, IRE NASU, Ukraine

PB-13 The Turbulent Refraction Index and the Fractional
Brownian Motion

PA2-03 NTP Time Dissemination in Taiwan

D.G. Perez and M.J. Garavaglia, Facultad de Ciencias Exactas
UNLP and Centro de Investigaciones Opticas (CIOp), Argentina

F. Chu, M. Li, and C. Liao, Telecommunication Labs. Chunghwa
Telecom Co., Ltd., China(SRS)

PB-14 Electromagnetic Properties of a Two-Dimensional Chiral
Photonic Crystal

PA2-04 Precision of TOA Measurements for Pulsar Time Scale
A.E. Rodin, Kashima Space Research Center CRL, Japan

A. Kusunoki and M. Tanaka, Oita University, Japan

PA3-01 Accurate Optical Frequency Measurement System atTelecommunication Region using a Mode-locked Fiber
Laser

PB-17 Microwave Frequency Separation Devices for HighPower
A. Soroka, B. Makarenko, and I. Tsakanian, Research Institute ofRadio Engineering Measurements JSC (AO NIIRI), Ukraine

PB-18 Non-Conventional Adaptive Beamforming of ESPAR
AntennaPA3-02 Frequency Stabilization of an Er-Yb:Glass Laser against
a Sub-Doppler Line of 13C2H2 at 1.54 µm

B. Shishkov, J. Cheng, and T. Ohira, ATR Adaptive Communications Research Laboratories, Japan

G. Galzerano1, C. Svelto1, E. Bava1, and A. Onae2, 1Politecnico di
Milano, Italy 2National Research Laboratory of Metrology, Japan

PB-19 DILFAST - A New Semi-Blind Space-Tme Processing
Algorithm
E. Bonek1 and J.K. Laurila2, 1Technische Universität Wien and
2Forschungs zentrum Telecommunikation Wien ftw., Austria-31-

Program

A. Onae1, K. Sugiyama1, F. Hong1, J. Ishikawa1, H. Matsumoto1,
K. Nakagawa2, and Y. Tachikawa3, 1National Research Laboratoryof Metrology, 2 University of Electro-Communications, and3Yokogawa Electric Corporation, Japan

AP-RASC '01

PB-20 An Efficient Design Method of Cylindrical-Dual-Mode
Conical-Horn Antennas with High Efficiency and Low
Cross Polarization

Commission E (Poster)H. Deguchi, M. Tsuji, and H. Shigesawa, Doshisha University, Japan

PB-22 Analytical and Computer-Aided Studies on Wake-fields
in R.F. Cavity of Particle Accelerators

PE-01 Validation of Single Station Lightning Location Technique
C.J. Rodger, J.B. Brundell, and R.L. Dowden, LF*EM ResearchLtd., New Zealand

S. Kar, University of Calcutta, India

PB-23 Four Dimensional Property of Electromagnetic Field

PE-04 Dynamical Behaviors of Sprites

M. Nakajima, Japan

H. Su1, R. Hsu1, S.B. Mende2, R.L. Rairden3, T.H. Allin4, and T.
Neubert4, 1National Cheng Kung University, Taiwan; 2Space Science Laboratory, University of California and 3Lockheed-Martin
Research Laboratories, USA; 4Danish Meteorological Institute,Denmark

PB-25 Finding Method of Radiated Emission Sources Distribution on a Wire Using CISPR Measurement System
Y. Ishida1, Y. Yamaguchi2, and M. Tokuda2, 1Fukuoka Industrial
Technology Center and 2Kyushu Institute of Technology, Japan

PE-06 Global Triangulation of Intense Lightning Discharges

PB-26 NSA Characteristics of the Semi-Anechoic Chamber
Composed of Absorbers with Different Absorbing Characteristics

M. Fuellekrug, Frankfurt University, Germany

R. Hamaura, T. Shimizu, Y. Takiguchi, and M. Tokuda, Kyushu
Institute of Technology, Japan

PE-07 3D Modelling of VLF Radio Wave Propagation in Terrestrial Waveguide Allowing for Localized Large-Scale
Ionosphere Perturbation

PB-27 Deposition of ITO Film with Low Electric Resistance
Rate by DC Magnetron Sputtering Method

PE-08 Observational plan of sprites in northern Scandinavia

J. Wu1, R. Murakami1, M. Kondo1, and Y. Kim2, 1The University ofTokushima, Japan; 2Korea Maritime University, South Korea

S. Nozawa1, K. Adachi1, Y. Ogawa1, R. Fujii1, and Y. Takahashi2,
1Nagoya University and 2Tohoku University, Japan

PB-31 A Fast Method for Simulating Four-Element Circular
Antenna arrays of Identical Elements

PE-09 Development of a Spectrometer to Measure the Blue
Components of Sprites and Elves

O.V. Soloviev, St.Petersburg State University, Russia

C. Ozdemir, Mersin University, Turkey

J. Kurihara1, K. Oyama1, and Y. Takahashi2, 1The Institute of Spaceand Astronautical Science and 2Tohoku University, Japan

PB-32 Fast Multigrid Solver for High Frequency Simulation

PE-10 Strategy of Sprites and Elves Observation by ISUAL/
onboard ROCSAT-2 Satellite

D.C. Dibben, The Japan Research Institute Ltd., Japan

PB-33 Application of Multigrid Method for Electromagnetic
Wave Propagation

Y. Takahashi1, H. Fukunishi1, S.B. Mende2, H. Su3, J. Chern3, L.
Lee3, and R. Hsu3, 1Tohoku University, Japan; 2University of California, USA; 3National Cheng Kung University, China(SRS)

M. Yokota, Miyazaki University, Japan

PB-34 A New FDTD Parallel Algorithm for Propagation andScattering Characterization on Big Urban Areas

PE-11 Sprite observations from the Space Shuttle during
MEIDEX

G. Rodriguez and Y. Miyazaki, Toyohashi University of Technology, Japan

Y.Y. Yair1, C.G. Price2, Z. Levin2, and A.D. Devir2, 1The Open University of Israel and 2Tel-Aviv Univeristy, Israel

PB-35 Four-Element TEM Horn Array Radiating Ultrawide
Band EMP

PE-13 Shielding and Absorption by a Multilayered Material for
Electromagnetic Waves with Oblique Incidence

J. Wang1, C. Tian2, G. Luo1, Y. Chen1, and D. Ge2, 1Northwest Institute of Nuclear Technology and 2Xidian University, China(CIE)

Y. Yoshimura1, I. Nagano2, S. Yagitani2, and T. Ueno2, 1Kanazawa
Univ., Indust. Res. Inst. of Ishikawa and 2Kanazawa Univ., Japan

PE-14 Investigation on Via-Induced Parallel-Plate Resonancesin Multilayer Printed Circuit Boards

Commission C (Poster)M. Iwanami and S. Hoshino, Association of Super-advanced Electronics Technologies(ASET), Japan

PE-15 Effects of LSI Operation Modes on Radiated Emission
from PCB

PC-01 Optimum TPC Command Sequence in WCDMA
C. Chen, B. Liu, F. Xi, X. Jin, Q. Quan, and P. Zhang, Beijing University of Posts and Telecommunications, China(CIE)

S. Haga, K. Nakano, and T. Sudo, Association of Super-advanced
Electronics Technologies(ASET), Japan

PC-02 Utilization and Performance study of the Second Generation Wavelet Coding for Compression of Satellite
ImagesPE-16 Termination Scheme Comparison for a High-Speed Differential Signal Pair

E.A. Korany, M.M. El_sherbiny, and S.M. Saad, University of Alexandria, Egypt

PE-17 FDTD Modeling of Common-Mode Current due to a
Trace on a PCB with a Wire

PC-03 Performance of A Wireless CDMA System Using An
Adaptive with Direction Antennas in Cell Sit

M. Tanaka1, Y. Kayano1, J.L. Drewniak2, and H. Inoue1, 1Akita
University, Japan; 2University of Missouri-Rolla, USA

T. Sudo and J. Kudo, Toshiba Corporation, Japan

Q. Quan, C. Chen, F. Xi, and P. Zhang, Beijing University of Posts
and Telecommunications, China(CIE)

PE-18 EMI Component Model for PCB Analysis

PC-05 Implementation of a Novel Digital Audio Broadcasting(DAB) Platform for Multimedia Signals

U. Keller1, P. Kralicek1, M. Faferko1, W. John1, and H. Garbe2,
1Fraunhofer Institute Microintegration and Reliability and 2University of Hannover, Germany

I.O. Vardiambasis, N. Manouselis, and P. Karampiperis, Technical
University of Crete, Greece

PE-20 Modified PMU to Measure the Harmonics Power flowon the Transmission LineT. Funaki, Z. Kawasaki, and K. Matsuura, Osaka University, Japan-32-

Commission F (Poster)H. Budiarto and J. Takada, Tokyo Institute of Technology, Japan

PF-16 Base Station Polarization Diversity for Private Mobile
Communications

PF-01 Antenna Phase Radiation Pattern and Satellite Doppler
Tracking

K. Mori1, E. Moriyama1, and H. Arai2, 1YRP Advanced Mobile Communication Systems Research Laboratories and 2Yokohama National University, Japan

J. Ping, Y. Kono, and N. Kawano, National Astronomical Observatory, Japan

PF-17 Baseline Estimation using Phase Fringes and Ocean Elevation Models

PF-02 In-situ Gas Sensor and Oxygen Absorption Measurement
at 60, 119GHz

S. Knedlik and O. Loffeld, University of Siegen, Germany

T. Suzuki, M. Sano, H. Sasanuma, K. Shioda, R. Saitoh, and Y.
Watanabe, Nippon Institute of Technology, Japan

PF-20 On the Study of FDI Coherence and Phase Related to
Radar Pulse Length and Receiver Filter

PF-03 Total Interference Analysis on a Triple Site Diversity
Earth-Space System

J. Chen1, Y. Chu1, and J. Roettger2, 1National Central University,
China(SRS); 2Max-Planck-Institut fuer Aeronomie, Germany

A.D. Panagopoulos, T.D. Kritikos, S.N. Livieratos, and J.D.
Kanellopoulos, National Technical Univeristy of Athens, Greece

PF-21 TRMM Precipitation Radar Algorithms
K. Okamoto1, R. Meneghini2, T. Iguchi3, J. Awaka4, and T. Kozu5,
1
Osaka Prefecture University, Japan; 2NASA/GSFC, USA; 3Communications Research Laboratory, 4Hokkaido Tokai University, and5Shimane University, Japan

PF-04 Outage Performance Analysis of a Triple Orbital Diversity Earth-Space System
A.D. Panagopoulos and J.D. Kanellopoulos, National Technical
Univeristy of Athens, Greece

PF-22 A Study on the Width of Bright Band Observed by the
TRMM Precipitation Radar

PF-05 Studies on Rain Attenuation at 11.7 GHz over Southern
India

J. Awaka1, T. Iguchi2, and K. Okamoto3, 1Hokkaido Tokai University, 2Communications Reaseach Laboratory, and 3Osaka Prefecture University, Japan

V.R. Sarangam1, T.R. Rama1, M. Prasad2, B. Reddy3, and V.G.
Reddy1, 1S V University, 2National Physical Laboratory, and 3National Geophysical Research Institute, India

PF-23 Rain Rate Estimation using Wind Profiler at KMITL

PF-06 Relationship between a Z-R Relation and Physical Snowfall Parameters
1

2

AP-RASC '01

PF-15 Numerical Estimation of the Electromagnetic Wave Scattering from Building Surfaces

C. Somboonlarp1, N. Leelaruji1, N. Hemmakorn1, and Y. Ohno2,
1King Mongkut’s Institute of Technology Ladkrabang, Thailand;
2
Communications Research Laboratory, Japan

2 1

T. Shiina , K. Muramoto , and H. Servomaa , Toyama National
College of Technology and 2Kanazawa University, Japan

PF-24 A Study on Tropical Convective Cloud Systems Using
Atmospheric Wind Profilers

PF-07 Empirical Estimation Method of Rain-Rate and Fade
Duration Statistics in Korean Territory

K. Krishna Reddy1, T. Kozu2, and K. Nakamura3, 1Communications Research Laboratory, 2Shimane University, and 3Nagoya
University, JapanJ. Lee, Y. Kim, Y. Choi, and H. Lee, ETRI, South Korea

PF-08 Data Distribution Statistical Method to Train an Artificial Neural Network to Perform the Rain Attenuation
Prediction in Earth-Space Paths

PF-25 Rainfall Rate Estimation Using Microwave Radars andan Optical Lidar

G.A. Alencar1 and L.P. Caloba2, 1Gama Filho University and 2Federal University of Rio de Janeiro, Brazil

H.T. Servomaa and K. Muramoto, Kanazawa University, Japan

PF-26 A Basic Study of Synthetic Aperture Precipitation Radar

PF-09 Rain Attenuation Characteristics for Satellite Communications at Ku-Band

T. Kozu and J. Kitagawa, Shimane University, Japan

R. Saotome1, N. Katayama1, A. Abdullah1, M. Yamada1, and K.
Tokushige2, 1Tokyo University of Technology and 2Takushoku University, Japan

PF-27 Vertical Profiling of Liquid Cloud Properties Retrieved
from 95-GHz Cloud Radar and Microwave Radiometer
H. Kumagai1, H. Okamoto1, H. Horie1, H. Kuroiwa1, and S. Iwasaki2,
1
Communications Research Laboratory and 2Kobe University, Japan

PF-10 Influence of the Particle Shapes on Numerical Modelingof Radio-waves Propagation and Scattering
R. Talhi1, C.H. Kuo2, M.R. Tripathy1, and M. Pyee1, 1CNRS - LPCE,
France; 2Ming Chi Institute of Technology, China(SRS)

PF-28 Design and Development of an FM-CW Radar at 94GHzFor Observations of Cloud Particles

PF-11 Performance Measurement of POST-PARTNERS Earth
Station Located in Indonesia

Y. Suga1, S. Hoshi1, T. Takano1, S. Shimakura1, H. Kumagai2, T.
Takamura1, and T. Nakajima3, 1Chiba University, 2Communications
Research Laboratory, and 3The University of Tokyo, Japan

Iskandar, H. Kurniawan, and U. Sastrokusumo, Institute of Technology Bandung, Indonesia

PF-31 Ground-based Millimeter-wave Radiometer with Superconducting Receiver for Measurements of Stratospheric
Chlorine Monoxide in Chile

PF-12 Study on Wet Antenna at Ku-band for Further Considerations of Propagation Measurement and Antenna Design

T. Nagahama1, Y. Fukui1, A. Mizuno1, T. Onishi1, K. Xiao1, N.
Mizuno1, A. Morihira2, H. Ogawa3, Y. Yonekura3, and H. Nakane4,
1
Nagoya University, 2Fujitsu VLSI Ltd., 3Osaka Prefecture University, and 4National Institute for Environmental Studies, Japan

J. Suryana1, U. Sastrokusumo2, H. Wundarto2, K. Igarashi3, and H.
Minakoshi3, 1Lab. of Radio Telecommunication and Microwave and2Post-Partners, Institute of Technology Bandung, Indonesia; 3Communications Research Laboratory, Japan

PF-32 Ground-Based Millimeter-Wave Radiometer for Stratospheric Observation at Eureka, Canada

PF-13 Comparison of Regression and Curve-fitting Techniqueson Rain vs. Satellite Beacon Signal Data

S. Ochiai, A. Yamazaki, Y. Irimajiri, and H. Masuko, Communications Research Laboratory, Japan

PF-33 Superconducting Submillimeter-Wave Limb-Emission
Sounder (JEM/SMILES) aboard the International Space
Station for Observing Stratospheric Ozone Layer

PF-14 Statistical Properties of Space-Time Channel Parametersin Suburban Microcellular Environment

T. Manabe1, M. Seta1, Y. Kasai1, S. Ochiai1, H. Masuko1, J. Inatani2,
and JEM/SMILES Mission Team2, 1Communications ResearchLaboratory and 2National Space Development Agency of Japan,
Japan

J. Fu1, H. Zhu2, J. Takada1, and T. Kobayashi3, 1Tokyo Institute ofTechnology, 2NOKIA-Japan, Co., Ltd., and 3Tokyo Denki University, Japan-33-

Program

J.N. Monje1, R.S. Reyes1, K. Igarashi2, R. Jacob1, and D. Lim1,
1Ateneo de Manila University, Philippines; 2Communications Research Laboratory, Japan

AP-RASC '01

PF-34 Atmospheric Refractivity and Temperature Profiles Derived from GPS Limb-sounding: Development of Retrieval Algorithms for the COSMIC Mission

PG4-06 Simultaneous EISCAT Svalbard Radar and DMSP Satellite Observations of Ion Upflow in the Dayside Ionosphere
Y. Ogawa1, S. Nozawa1, S.C. Buchert1, R. Fujii1, and S. Ohtani2,
1Nagoya University, Japan; 2The Johns Hopkins University, USA

C. Huang and Y. Liou, National Central University, China(SRS)

PF-36 Ocean Wave Observation Applied Doppler Signal fromSpecula Reflection Obtaining by MWR

PG4-07 Low Electron Temperature Region around the Dayside
Cusp Observed with ESR

M. Kondo1, K. Kawai1, H. Hirano1, and T. Fujisaka2, 1Tokyo University of Mercantile Marine and 2Mitsubishi Electric Corp., Japan

M. Sugino1, S.C. Buchert1, S. Nozawa1, R. Fujii1, and T. Hagfors2,
1Nagoya University, Japan; 2Max-Planck-Institut fuer Aeronomie,
Germany

PG4-08 Demagnetization of Electrons in the Turbulent E Region
S. Saito1, R. Fujii2, and S.C. Buchert2, 1University of Tromso, Norway; 2STEL, Nagoya University, Japan

Commission G (Poster)

PG4-09 Source of Plasma Irregularities in the Subauroral F Region as Observed by the SuperDARN Radars

PG1-04 Studies on Atmospheric Radio Noise (ARN) over Southern India

K. Hosokawa1, T. Iyemori1, A.S. Yukimatu2, N. Sato2, and M.
Sugino3, 1Graduate School of Science, Kyoto University, 2National
Institute of Polar Research, and 3Solar-Terrestorial Environment
Laboratory, Japan

V. Sarangam1, R.R. T1, B. Reddy2, D. Lakshmi3, and G.V. Reddy1,
1
S V University, 2National Geophysical Research Institute, and 3National Physical Laboratory, India

PG4-10 Relationship between Neutrals and Ions in the Auroral
E-Region Verified by Simultaneous FPI and VHF Radar Observations

PG1-06 Old Satellite Data Reprocessed for Ionospheric Modeling
D. Bilitza1, N. Papitashvili1, J. Grebowsky2, and B. Schar3, 1Raytheon
ITSS, 2NASA, GSFC, and 3Emergent Inc., USA

T. Sakanoi1, H. Fukunishi1, S. Okano1, and K. Igarashi2, 1Tohoku
University and 2Communications Research Laboratory, Japan

PG3-01 Comprehensive Observations of a Large-Scale Traveling Ionospheric Disturbance During the Magnetic Stormof September 15, 1999

PG4-11 Effect of Tenuous Solar Wind on High Latitude Ionospheric Convection
N. Nishitani1 , T. Ogawa1, N. Sato 2, H. Yamagishi2, and A.S.
Yukimatu2, 1Solar-Terrestrial Environment Laboratory, Nagoya
University and 2National Institute of Polar Research, Japan

K. Shiokawa1, Y. Otsuka1, T. Ogawa1, N. Balan2, K. Igarashi3, A.J.
Ridley4, D.J. Knipp5, A. Saito6, and K. Yumoto7, 1Nagoya University, 2Kyoto University, and 3Communications Research Laboratory, Japan; 4University of Michigan, 5United States Air Force Academy, and 6Cornell University, USA; 7Kyushu University, Japan

PG5-02 Experimental and Theoretical Statistics of Ionospheric
Scintillation in Equatorial Zone
K. Makaratat1, A. Decharat1, T. Bunchuk1, N. Hemmakorn1, K.
Igarashi2, and H. Minakoshi2, 1King Mongkut’s Institute of Technology Ladkrabang, Thailand; 2Communications Research Laboratory, Japan

PG3-02 Observations of Large-scale Traveling Ionospheric Disturbances Using GPS Networks
T. Tsugawa1, A. Saito2, and Y. Otsuka3, 1Kyoto University, Japan;
2Cornell University, USA; 3Nagoya University, Japan

PG5-03 On Relation of Equatorial Ionospheric Scintillation Phenomena and Geomagnetic Activity

PG3-04 Effect of Interplanetary Magnetic Field on the Height ofEquatorial Ionosphere

H. Kagami, H. Minakoshi, and K. Igarashi, Communications Research Laboratory, Japan

T. Maruyama1, K. Nozaki1, and L.Z. Sizova2, 1Communication Research Laboratory, Japan; 2IZMIRAN, Russia

PG5-04 Characteristic of Ionospheric Scintillation Occuring inEquatorial Regoin

PG3-05 Annual and Semiannual Variations of the Mid Latitude
Ionosphere over the MU RadarO. Sangaroon1, J. Griwan1, A. Lasakul1, K. Janchitrapongvej1, J.
Nakasuwan2, and Y. Moriya3, 1King Mongkut’s Institute of Technology and 2Rajamangala Institute of Technology, Thailand; 3Tokai
University, JapanS. Kawamura1, N. Balan1, Y. Otsuka2, and S. Fukao1, 1Kyoto University and 2Nagoya University, Japan

PG3-06 The Critical Frequency foF2 Variations at Equator During Geomagnetic Storms

PG5-05 Absorption of ELF Atmospherics during the Period ofHigher Geomagnetic Activity

L.Z. Sizova1 and M.I. Pudovkin2, 1IZMIRAN and 2St. Petersburg
State University, Russia

B.K. De, Tripura University, India

PG4-01 Small-Scale Variations in the Thermosphere and Ionosphere Associated With an Auroral Arc

PG5-07 Characteristics of 12- and 3-m E-Region Irregularities
as Observed at Syowa, Antarctica

H. Shinagawa1, R. Fujii1, S. Nozawa1, S. Oyama2, and M. Ishii2,
1
Nagoya University and 2Communications Research Laboratory,Japan

A.V. Koustov1, R.A. Makarevitch1, T. Ogawa2, N. Nishitani2, K.
Igarashi3, K. Ohtaka3, N. Sato4, H. Yamagishi4, and S. Yukimatu4,
1University of Saskatchewan, Canada; 2University of Nagoya, 3Communications Research Laboratory, and 4National Institute of Polar
Research, Japan

PG4-02 Neutral Dynamics in the Polar Thermosphere Deduced
from Optical Measurements
M. Ishii1, M. Conde2, R.W. Smith2, M. Krynicki2, E. Sagawa1, andS. Watari1, 1Communications Research Laboratory, Japan; 2Geophysical Institute, University of Alaska Fairbanks, USA

PG5-09 Some New Aspects of the Low Latitude E Region Irregularities Revealed by the Gadanki MST Radar
A.K. Patra1, S. Sripathi2, V.S. Kumar2, and P.B. Rao2, 1Space Physics Laboratory and 2National MST Radar Facility, India

PG4-03 Vertical Winds Observed with FPI in the Auroral Thermosphere around the Auroral Oval

PG5-11 Study of Ionospheric E-region Irregularity Associatedwith Meteor Trail

S. Oyama 1, M. Ishii 1 , H. Shinagawa 2, M. Kubota 1 , and Y.
Murayama1, 1Communications Research Laboratory and 2Nagoya
University, Japan

N. Yamada1, M. Yamamoto1, S. Fukao1, and R.T. Tsunoda2, 1Kyoto
University, Japan; 2SRI International, USA

PG4-04 Estimation of Joule and Aurora Particle Heating in theDayside Thermosphere Using EISCAT Svalbard Radar
Data

PG5-12 Observations of Field-Aligned Irregularities in the Ionospheric E-region over JapanM. Yamamoto and S. Fukao, Kyoto University, Japan

M. Suzuki1, H. Fujiwara1, S. Nozawa2, S. Maeda3, and H. Fukunishi1,
1Tohoku University, 2Nagoya University, and 3Kyoto women’s University, Japan

PG5-13 Numerical Simulation of Polarization Electric Field as a
Source of Midlatitude Field-Aligned Irregularities
T. Yokoyama, M. Yamamoto, and S. Fukao, Kyoto University, Japan-34-

PG7-10 Evaluation of GPS-based Ionospheric TEC measurements

L.M. Kagan, Radiophysical Research Institute, Russia

M. Sekido, T. Kondo, E. Kawai, and M. Imae, Communications
Research Laboratory, Japan

PG5-15 The 2 - 16 Day Recurrence Cycle as Seen on Sporadic E
Layer Occurrence and Planetary Wave Observed withMF Radar

PG7-11 Seasonal Variations of the Ionospheric Total ElectronContent in the Equatorial Anomaly Regions

K. Igarashi and H. Kato, Communicatiosn Research Laboratory,Japan

H. Tsai, J. Liu, W. Tsai, and C. Liu, National Central University,
China(SRS)

PG5-16 Horizontal Changes in TEC over Japan Observed by the
NNSS Receiver Chain

PG7-12 The Structure of the Topside Ionosphere Observed by
PWS Topside Sounder Experiment On-board Akebono
Satellite in the Auroral Precipitation Region

Y. Ohta1, T. Maruyama2, T. Okuzawa1, K. Ohtaka2, A. Morioka3,
and S. Watanabe4, 1The University of Electro-Communications,
2
Communications Research Laboratory, 3Tohoku University, and4Hokkaido University, Japan

AP-RASC '01

PG5-14 Effects of Neutral Atmosphere Dynamics on the E-Region Structure

O. Kodama and T. Ono, Tohoku University, Japan

PG7-13 Investigation of the Wake Effect and Associated Plasma
Turbulence by Using Sounding Rocket Experiments

PG5-17 Planetary Waves Influence On The Sporadic E-layer

M. Yamamoto1, T. Ono1, and H. Oya2, 1Tohoku University and 2Fukui
Institute of Technology, Japan

A.D. Akchurin and O.N. Sherstyukov, Kazan State University, Russia

PG9-03 Precursors of ULF Abnormal Electromagnetic Rediation
before the ML7.1 Hetian Earthquake

PG5-18 Spatial Structure of F-region Large-scale Quasistationar
Irregularities

S. Yang and A. Du, Institute of Geology and Geophysics,Chinese
Academy of Sciences, China(CIE)

V.H. Depuev and S.A. Pulinets, IZMIRAN, Russia

PG5-19 Observations of Very High-Density Plasma in the Polar
Ionosphere by Akebono Satelite

PG9-04 Voltage-changes Induced by Stick-slips of Granites
A. Takeuchi and H. Nagahama, Tohoku University, JapanY. Ichikawa, T. Abe, and K. Oyama, The Institute of Space andAstronautical Science, Japan

PG9-14 The Observation of Broadband Co-seismic Electromagnetic Waves at Tottori-ken Seibu Earthquake

PG7-01 Radio Holography Observation of the Lower Ionosphereby Means of Analysis of GPS/MET Radio Occultation
Data

T. Yoshida and M. Nishi, Hiroshima City University, Japan

PG9-15 Earthquake-related Magnetic Activity in Lower ELF
Range

A. Pavelyev1, T. Tsuda1, K. Hocke1, K. Igarashi2, and J. Wickert3,
1
Kyoto University and 2Communications Research Laboratory, Japan; 3GFZ Potsdam, Germany

M. Seto1, K. Murayama2, Y. Kitamura1, and T. Watanabe1, 1Tohoku
Institute of Technologu and 2Kyoushinn Gikenn, Japan

PG7-02 Comparison of Auroral and Cosmic Noise Absorption 2D Images as Observed with 256-element Imaging
Riometer

PG9-16 Molecular Dynamics Calculation on the Electric Properties of the Ultra-thin Water Film between Crystal Surfaces

H. Mori1, Y. Murayama1, M. Ishii1, S. Kainuma1, H.C. StenbaekNielsen2, and T.J. Hallinan2, 1Communications Research Laboratory, Japan; 2Geophysical Institute, University of Alaska Fairbanks,
USA

H. Sakuma1, K. Kawamura2, and K. Otsuki1, 1Tohoku Universityand 2Tokyo Institute of Technology, Japan

PG9-17 Mechanism for Generation of the Meter Range Electromagnetic Noise from an Atmosphere before Earthquakes.

PG7-04 AGW Power Variation Around the Height of MesospehricWind Reversal Observed with Tromso MF-Radar

K.A. Boyarchuk, A.V. Karelin, and V.N. Oraevsky, IZMIRAN, Russia

PG9-18 Statistical Analysis of the Ionospheric Disturbances before Earthquakes in Taiwan Region

T.F. Shibata1, R. Funane1, S. Nozawa2, and C.M. Hall3, 1University
of Electro-Communications and 2Solar-Terrestrial Environment
Laboratory, Nagoya University, Japan; 3Tromso Geophysical Observatory, University of Tromso, Norway

K.A. Boyarchuk, A.M. Lomonosov, S.A. Pulinets, and N.I.
Maloushina, IZMIRAN, Russia

PG9-20 Infrasonic Effects of Earthquakes at Ionosphere Altitude

PG7-05 GPS Phase Fluctuations Observed with the GSI GPS
Network in Japan During a Geomagnetic Storm of February 12, 2000

T. Gaivoronska, IZMIRAN, Russia

PG9-22 Magnetotelluric Results of the 1999 Taiwan Chi-Chi
Earthquake

Y. Otsuka, Y. Sahai, and T. Ogawa, Solar-Terrestrial Environment
Laboratory, Nagoya Univ., Japan

C. Chen, National Central University, China(SRS)

PG7-06 Round-the-World Signals Peculiarities on the Paths ofRussian Chirp-Sounders Network

PG9-23 Study on the Anomaly of Satellite Infrared Temperature
before Strong Earthquakes in and around China

V.I. Kurkin1, V.E. Nosov1, V.A. Ivanov2, V.V. Shumaev2, N.V.
Ryabova2, and V.P. Uryadov3, 1Institute of Solar-Terrestrial Physics, 2Mary State Technical University, and 3Radiophysical ResearchInstitute, Russia

Z. Deng, H. Xu, Y. Wang, M. Cheng, and F. Tang, Institute of Geology, China Seismological Bureau, China(CIE)

PG9-24 Intercorrelation Earthquakes Epicentre Arrangementwith Deep Crust Electrical Conductivity and P-velocity
Structures in the Central Tien-Shan

PG7-07 Measurement of Electron Density Profile in the Lowest
Ionosphere Using the SRP-4 Rocket Payload

A.K. Rybin, G.G. Tshelochkov, and V.U. Batalev, Scientific Station of IVTRAN, Kyrgyz

K. Ishisaka1, T. Okada1, T. Nishio1, J.G. Hawkins2, I. Nagano3, and
H. Matsumoto, 1Toyama Prefectural University, 2University of
Alaska, Fairbanks, 3Kanazawa University and 4Kyoto University,
Japan

PG9-26 ELF Radiation due to Diastrophism of Magma Dike
Growth

PG7-08 A Simple Method for Determining GPS Receiver Bias
Using Elevation Angle Dependency of the Receiver for
Mapping TEC

M. Hata1, I. Takumi2, H. Yasukawa1, and S. Yabashi2, 1Aichi Prefectural University and 2Nagoya Institute of Technology, JapanY. Kopytenko1, V. Ismaguilov1, K. Hattori2, O. Molchanov3, and M.
Hayakawa4, 1Institute of Terrestrial Magnetizm, Ionosphere andRadiowave Propagation, St-Petersburg Filial, Russia; 2Chiba University, 3NASDA, and 4The University of Electro-Communications,Japan

PG7-09 Effect of a Solar Eclipse on Transequatorial HF Propagation
V.I. Kurkin1, G.V. Kotovich1, V.E. Nosov1, and S.J. Anderson2, 1Institute of Solar-Terrestrial Physics, Russia; 2Defence Science &Technology Organisation, Australia-35-

Program

PG9-27 ULF Magnetic Location of Earthquake Hearts in Seismic Active Zone

R. Yamazaki1, K. Igarashi1, and T. Maruyama2, 1Communications
Research Laboratory and 2Hiraiso Solar Terrestrial Research Center, CRL, Japan

AP-RASC '01

PG9-28 Atmospheric Electric Field Observation for Mechanismof Ionospheric Disturbance Associated with Earthquakes
in Taiwan

PJ-03

K. Morita, National Astronomical Observatory of Japan, Japan

M. Kamogawa1, J. Liu2, Y. Chuo2, H. Fujiwara1, and S. Uyeda3,
1Waseda University, Japan; 2 National Central University,
China(SRS); 3RIKEN International Frontier Research Group on
Earthquakes, Japan

PJ-04

PJ-05

H. Fujiwara1, M. Kamogawa1, J. Liu2, and Y. Chuo2, 1Waseda University, Japan; 2National Central University, China(SRS)

A portable 810 GHz SIS Receiver with a Low-PowerConsumption Cryocooler
K. Tatematsu1, Y. Sekimoto1, T. Noguchi1, J. Inatani2, S. Yamamoto3,
T. Sato4, and T. Kamba5, 1National Astronomical Observatory of Japan, 2NASDA, 3University of Tokyo, 4Sumitomo Heavy Industries, and5Mitsubishi Electric Logistics Support and Space Systems, Japan

PG9-32 Observation of Natural Noise in VHF Band Which Relates to Earthquakes
K. Sakai, A. Yanada, Y. Yaji, T. Takano, and S. Shimakura, Chiba
University, Japan

PJ-06

PG9-33 ULF Magnetic Emission Induced by Seismic Activity due
to Inductive Seismo-Electromagnetic Effect

ASTE: Plan and Present Status
N. Yamaguchi1, N. Ukita1, H. Ezawa1, K. Kohno1, R. Kawabe1, S.
Yamamoto2, and ASTE Team3, 1National Astronomical Observatory of Japan, 2The University of Tokyo, and 3ASTE Team, Japan

O. Molchanov1, A. Kulchitsky2, N. Korovkin3, and M. Hayakawa4,
1Earth Observation Research Center, NASDA, Japan; 2Saint Petersburg State Technical University and 3Moscow Lomonosov State
University, Russia; 4The University of Electro-Communications,
Japan

PJ-07

Design and Development of Polarizers for Submillimeter Wave Using Solid Anisotropic Mediums
Y. Kankaku, Y. Kawakami, and T. Takano, Chiba University, Japan

PJ-08

PG9-35 Observations of Electromagnetic Phenomena Associatedwith Earthquakes in VLF and VHF Bands at Chiba
University

Design and Performance of Polarization Converters forMillimeter and Submillimeter Wave Using Artificial
Anisotropic Dielectric Medium
T. Takano, Y. Kawakami, and Y. Kankaku, Chiba University, Japan

T. Takano, K. Sakai, A. Yamada, Y. Yaji, H. Higasa, and S.
Shimakura, Chiba University, Japan

PJ-09

Australia Telescope Compact Array Local Oscillator
UpgradeR. Subrahmanyan and M.R. Leach, Australia Telescope National
facility, Australia

Commission H (Poster)
PJ-10
PH-03 The Width-Amplitude Characteristics of an Electron
Acoustics Solitary Hole in the Light of Recent Space
Observations

Indium Phosphide Monolithic Microwave Integrated
Circuits for Millimetre-Wave Receiver Systems
R.G. Gough1, H.P. Kanoniuk1, M.W. Sinclair1, J.W. Archer2, andS.P. Mahon2, 1CSIRO Australia Telescope National Facility and
2
CSIRO Telecommunications and Industrial Physics, Australia

S.S. Ghosh, Pohang University of Science and Technology(POSTECH), South Korea

PJ-11

PH-06 HF Radio Noise Bursts and Energetic Electrons at Geosynchronous Orbit

The Conversion System for the Australia Telescope
Millimetre-Wave Receiver System
G.R. Graves, M.A. Bowen, S.A. Jackson, and M.W. Sinclair,
CSIRO, Australia

O.V. Dudnik, Kharkiv National University, Ukraine

PJ-12

PH-07 A Smoothness Constraint Modeling of Electron Density
Profile in the Plasmasphere Deduced from Wave Data

High Speed Digitisers for Radio-Astronomy Using InP
HBTs
P.P. Roberts, CSIRO, Australia Telescope National Facility, Australia

Y. Goto, Y. Kasahara, and T. Sato, Kyoto University, Japan

PJ-14

PH-08 Ground-Based Observation of Magnetospheric Whistler
Duct, Using VLF Transmitter Signal Received at Geomagnetic Conjugate Point

Receiver For AMiBA: Prototype Concepts
M. Chen1, Y. Hwang1, K. Lo2, R.N. Martin2, T. Chu3, H. Lu3, H.
Wang3, M. Kesteven4, M. Sinclair4, W. Wilson4, J. Payne5, and J.
Peterson6, 1Academia Sinica, Institute of Astronomy, China(SRS);
2Academia Sinica, Institute of Astronomy, USA; 3Taiwan University, China(SRS); 4Australia Telescope National Facility, Australia; 5Carnegie Mellon University, USA

T. Sakai, S. Ujigawa, and S. Shimakura, Chiba University, Japan

PH-09 The Study of Radiation Mechanism of Hybrid Tweek
Wave
K. Kawakita and T. Yoshino, Fukui University of Technology, Japan

PJ-15

PH-10 Effective Lengths of Dipole Antennas aboard GEOTAILSpacecraft

Development of a 600-720 GHz SIS Mixer for the
SMART
C. Chin1, M. Wong1, S. Shi2, W.L. Shan2, W. Zhang2, T. Noguchi3,and H.W. Cheng1, 1Academia Sinica, China(SRS); 2Purple Mountain Observatory, Chinese Academy of Science, China(CIE); 3NAOJ,
Japan

T. Imachi1, I. Nagano1, S. Yagitani1, M. Tsutsui2, and H. Matsumoto3,
1Kanazawa University, 2Kyoto Sangyo University, and 3Kyoto University, Japan

PJ-16

Commission J (Poster)Development of a Photonic Local Oscillator on W-band
Waveguide
A. Ueda1, T. Noguchi1, Y. Sekimoto1, M. Ishiguro1, and T. Ishibashi2,
1National Astronomical Observatory of Japan and 2NTT Photonics
Laboratories, Japan

PJ-17

CO Observations of the Corona Australis Molecular
Cloud with NANTEN Radio Telescope

Millimetre-Wave Receiver Systems for the Australia Telescope
M.W. Sinclair, R.G. Gough, G.R. Graves, G.J. Carrad, M.R. Leach,
R.J. Bolton, P.B. Sykes, and L.J. Reilly, CSIRO Australia Telescope
National Facility, Australia

Y. Yonekura1, H. Ogawa1, N. Mizuno2, H. Saito2, R. Abe2, N. Koide2,
A. Mizuno2, and Y. Fukui2, 1Osaka Prefecture University and2Nagoya University, Japan

PJ-02

Development of ALMA Front-End System for Band 4
H. Ogawa1, Y. Yonekura1, K. Kimura1, A. Mizuno2, N. Mizuno2, S.
Asayama2, Y. Fukui2, and H. Andoh3, 1Osaka Prefecture University, 2Nagoya University, and 3Toyota National College of Technology, Japan

PG9-29 Observation of FM Radio Scattering Waves Caused by
Seismo-Ionospheric Irregularities in Taiwan

PJ-01

Wide Field Imagings with Atacama Large Millimeter/
Submillimeter ArrayFTS Observations of Atmospheric Transmission at
Pampa la Bola
S. Matsushita1 and H. Matsuo2, 1Harvard-Smithsonian Center for
Astrophysics, USA; 2National Astronomical Observatory of Japan,
Japan

-36-

LFVN: New VLBI Project in the Asia-Pacific Area

PJ-33

X. Liu 1 , I.E. Molotov 2 , S.F. Likhachev 2 , X. Hong 3 , S.
Ananthakrishnan4, and V. Balasubramanian5, 1Urumqi Astronomical Observatory, China(CIE); 2Astro Space Center of P.N. Lebedev
Physical Institute, Russia; 3Shanghai Astronomical Observatory,
China(CIE); 4National Centre for Radio Astrophysics, TIFR, Pune
and Radio Astronomy Centre, NCRA-TIFR, Uthagamandalam, India

PJ-19

PJ-34

PJ-35

PJ-36
PJ-37

Pulsar Astrometry by VLBI and Timing

2G-bit VLBI Project and High Speed Standard Interface

PJ-38

First-Epoch VSOP Observations of 3C~380: Kinematics of the Parsec-Scale Jet

Commission K (Poster)
PK1-01 Calculation of UHF Electromagnetic Fields in Biological Tissues of Different Configuration

The Dense Plasma Torus around the Nucleus of an Active Galaxy NGC1052

B. Makarenko and E. Pirotti, NIIRI, Ukraine

S. Kameno1, M. Inoue1, S. Sawada-Satoh2, Z. Shen2, and K. Wajima2,
1
National Astronomical Observatory of Japan and 2The Institute ofSpace and Astronautical Science, Japan

PJ-25

PK1-02 Quantumlike Wave Theory for Space - New Concept for
Zero-Point Energy T. Ohmuma, Tohoku University, JapanVSOP Observations of 3C279

PK2-01 Induced Current Inside a Spherical Model of the Human Head near an Electric Shaver

P.G. Edwards1, H. Hirabayashi1, and B.G. Piner2, 1ISAS, Japan;
2Whittier College, USA

PJ-26

Y. Kamimura, M. Kojima, and Y. Yamada, Utsunomiya University, JapanThe Deep Interferometric VSOP-Arecibo Survey

PK3-01 Experimental Analysis on Physiological Effects of an ELF
Electric Field Exposure

H. Hirabayashi1, P.G. Edwards1, and J.S. Ulvestad2, 1ISAS, Japan;
2
NRAO, USA

PJ-27

PJ-28

H.O. Shimizu1 and K. Shimizu2, 1Hokkaido Institute of Technology
and 2Graduate School of Engineering, Hokkaido University, JapanThe Characteristics of Polarization Position Angle in GPS
SourcesM. Mutoh, M. Inoue, S. Kameno, K. Fujisawa, and K. Asada, National Astronomical Observatory of Japan, Japan

PK3-02 Measurement of Physiological Effects of ELF Electric
Field Exposed by Therapeutic Instrument

GALAXY — VLBI Experiment Using Giga-Bit Digital
Network

M. Yamashita1, K. Osaki2, and K. Shimizu3, 1Hokkaido Institute ofTechnology, 2Hakuju Institute for Health Science Co. Ltd., and3
Graduate School of Engineering, Hokkaido University, JapanK. Fujisawa, National Astronomical Observatory of Japan, Japan

PJ-29

PK3-04 The Biological Effects of Mice Continuously Exposed to
60 Hz Electromagnetic Fields to Third Generation

Search for the AGN Population which Possesses the Convex Spectrum at mm-wavelength

Y. Kim1, J. Lee1, K. Jung1, S. Kang1, Y. Choi1, I. Jang1, M. Cho1,
and Y. Gimm2, 1Hallym University and 2Dankook University, South
Korea

A. Doi1, S. Kameno2, and K. Kohno3, 1University of Tokyo, 2National Astronomical Observatory of Japan, and 3Nobeyama Radio
Observatory, Japan

PJ-30

PK3-05 Alteration of Pteridine Levels in Mouse Tissues under
the Exposure to Circularly Polarized Magnetic Field

Crustal Deformation Deteced by the KSP VLBI Network

Y. Yamaguchi1, A. Miwa1, Y. Yoshida1, M. Masada1, T. Shigemitsu2,
and M. Kato, 1Faculty of horticulture, Chiba university, 2Central
research institute of electric power industry, and 3Hokkaido university school of medicine, Japan

R. Ichikawa, Y. Koyama, J. Nakajima, M. Sekido, E. Kawai, T.
Kondo, T. Yoshino, J. Amagai, H. Kiuchi, T. Morikawa, and F.
Takahashi, Communications Research Laboratory, Japan

PJ-31

Proper Motions of Water Masers: W51 North, Main, andSouth

PK3-06 Effect of Circularly Polarized Magnetic Fields on Tyrosine Phosphorylation

H. Imai1, T. Watanabe2, T. Omodaka2, M. Nishio2, T. Sasao1, O.
Kameya1, Y. Asaki3, and J. Nakajima4, 1VERA Project Office, NAOJ,
2Kagoshima University, 3Institute of Space and Astronautical Science, and 4Kashima Space Resarch Center, CRL, JapanT. Oda1, T. Shigemitsu1, R. Sano1, and Y. Matsushita2, 1Central Research Institute of Electric Power Industry / Bio-Science and 2Tokyo Electric Power Company, Japan

A Collimated Molecular Jet is W43 A Traced by Water
Maser Emission

PK3-07 Effects of Time-Varying Magnetic Fields on Neuronal
Cells

H. Imai1, K. Obara2, P.J. Diamond3, T. Omodaka2, and T. Sasao1,
1
VERA Project Office, NAOJ and 2Kagoshima University, Japan;
3
Jodrell Bank Observatory, Univ. of Manchester, UK

K. Park1, R. Murato1, T. Ikehara1, K. Hosokawa1, H. Houchi1, H.
Yamaguchi1, Y. Kinouchi1, K. Yoshizaki1, and H. Miyamoto2, 1The
University of Tokushima and 2Tokushima Bunri University, Japan-37-

Program

PJ-32

Large Aperture Submillimeter-wave Space Telescope
H. Matsuo, National Astronomical Observatory of Japan, JapanS. Kameno1, M. Inoue1, K. Fujisawa1, Z. Shen2, and K. Wajima2,
1
National Astronomical Observatory of Japan and 2The Institute ofSpace and Astronautical Science, Japan

PJ-24

Radiation Test of Gigabit LSI for the Next Space VLBI
MissionK. Wajima1, N. Kawaguchi2, Y. Murata1, and H. Hirabayashi1, 1The
Institute of Space and Astronautical Science and 2National Astronomical Observatory, Japan

J. Nakajima, Y. Koyama, M. Sekido, and T. Kondo, Kashima Space
Research Center/CRL, Japan

PJ-23

Radio Astronomy Spectrum Management in Japan
M. Inoue, National Astronomical Observatory of Japan, Japan

A.E. Rodin and M. Sekido, Kashima Space Research Center CRL,
Japan

PJ-22

Interferometric Measurements of Atmospheric Disturbance using LEO Satellite Beacons
M. Nishio1, T. Suzuyama1, H. Kubo1, and Y. Sumino2, 1Kagoshima
University and 2Shinshu University, JapanVLBI Observations of A Compact Steep Spectrum
Superluminal Source 3C 138
Z. Shen1, D. Jiang2, S. Kameno3, and Y. Chen2, 1The Institute ofSpace and Astronautical Science, Japan; 2Shanghai Observatory,
China(CIE); 3National Astronomical Observatory, Japan

PJ-21

Time Series Analysis of the Microwave Intensity for the
QSOs
M.R. Khan and N. Tanizuka, Osaka Prefecture University, Japan

Real-Time Monitoring of Atmospheric Disturbance on
Very Long Baseline
Q. Liu, M. Nishio, and T. Miyazaki, Kagoshima University, Japan

PJ-20

The VSOP 5 GHz AGN Survey
S. Horiuchi1, J.E. Lovell2, G. Moellenbrock3, W. Scott4, R. Dodson5,
Z. Shen6, P.G. Edwards6, E. Fomalont3, and H. Hirabayashi6, 1NAO,
Japan; 2ATNF, Australia; 3NRAO, USA; 4University of Calgary,
Canada; 5University of Tasmania, Australia; 6ISAS, Japan

AP-RASC '01

PJ-18

AP-RASC '01

PK3-08 Involvement of Eddy Currents in the Mutagenicity of
ELF Magnetic Fields

PK5-04 Heating Characteristics of Dextran Magnetite under aStrong AC Magnetic Field Created by a Portable Magnetic Generator

T. Koana 1, M. Okada1 , Y. Takashima 2, M. Ikehata 3, and J.
Miyakoshi4, 1Railway Technical Research Institute/Tokyo Instituteof Technology, 2Tokyo Institute of Technology, 3Railway TechnicalResearch Institute, and 4Kyoto University, JapanY. Yamazaki1, K. Igarashi2, M. Tomita2, H. Nagae3, K. Terai4, I.
Nagano1, and K. Tazawa5, 1Kanazawa University, 2Komatu Power
Tron co., Ltd, 3Meito Sangyo Co., Ltd., 4Mitani Sangyo Co., Ltd.,and 5Toyama Medical and Pharmaceutical University, Japan

PK3-09 Mutagenic Effects of Static Magnetic Fields on DNA
Repair Defective Mutants in Drosophila melanogaster

PK7-01 SAR Absorption in the Brains of Children Compared to
Adult Mobile Phone Users at 900 MHz

Y. Takashima1 , M. Ikehata 2, M. Okada 2, T. Koana 2 , and J.
Miyakoshi3, 1Tokyo Institute of Technology, 2Railway TechnicalResearch Institute, and 3Kyoto University, Japan

V. Anderson, Monash University, Australia

PK7-02 Energy Deposition in Spherical Model of a Human Head
Due to Wireless Phone in GHz Band

PK3-10 Analysis Of Global Expression Profiles In Saccharomyces cerevisiae After Exposure To Strong Static Magnetic
FieldsY. Kamimura, K. Ueno, and Y. Yamada, Utsunomiya University,
Japan

M. Ikehata1, M. Iwasaka2, S. Ueno2, J. Miyakoshi3, H. Takeyama4,
T. Matsunaga4, and T. Koana1, 1Railway Technical Research Institute, 2Tokyo University, 3Kyoto University, and 4Tokyo Universityof Agriculture and Technology, Japan

PK7-03 Microwave Dosimetry: From Prolate Spheroids to Thermoregulatory Models
P.A. Mason1, J.M. Ziriax2, W.D. Hurt1, P. Gajsek1, J.A. D’Andrea2,
and M.R. Murphy1, 1United States Air Force and 2United States
Navy, USA

PK3-11 Axis of Symmetry Orientation in Trout (Salmo trutta
L.) Embryos Exposed to Constant Magnetic Field: Emergence of the Process

PK7-04 Verifying Electromagnetic Dosimetry
J.M. Ziriax1, J.A. D’Andrea1, S. Lu2, S. Matur2, and D. Cox1, 1U.S.
Navy, Naval Health Research Center Detachment at Brooks AFB
and 2McKessonHBOC BioServices, USA

K. Formicki, A. Tanski, and A. Winnicki, Agricultural Universityof Szczecin, Poland

PK3-12 Anti-Pressor Effects of Whole-Body Exposure to a
Threshold Level of Static Magnetic Fields on Pharmacologically Induced Hypertension in Rabbits

PK7-05 Measurement of Specific Absorption Rates Caused by
Hand-Held Amateur Radio Communication Devices

H. Okano and C. Ohkubo, National Institute of Public Health/Pip
Tokyo Co., Japan

S. Watanabe 1, Y. Akiyama 2, R. Ishikawa 2, H. Asou 2, and Y.
Yamanaka1, 1Communications Research Laboratory and 2NTT Advanced Technology Corporation, Japan

PK3-13 Magnetic Ordering of Diamagnetic Adherent Cells

PK7-06 Effect of Hand Holding a Cellular Phone on the SAR
Distribution in the Head

M. Iwasaka and S. Ueno, University of Tokyo, Japan

PK3-14 Exposure to Power Frequency Magnetic Field - Comparison of RMS and Spectrum Based Analysis of Exposure Evaluation

S. Mochizuki1, S. Watanabe2, M. Taki3, Y. Yamanaka2, and H. Shirai1,
1
Chuo University, 2Communications Research Laboratory, and 3Tokyo Metropolitan University, JapanJ. Karpowicz and K. Gryz, Central Institute for Labour Protection,
PolandPK8-01 Numerical Calculations of “Foot Current” as a Alternative Method of Evaluation of Occupational Exposure

PK3-15 A Study of Induced Current Density of the Human Body
by using the Equivalent Sources for Inhomogeneous ELF
Magnetic Fields

K. Gryz, J. Karpowicz, and S. Wincenciak, Central Institute forLabour Protection, Poland

S. Nishizawa1, W. Spreitzer2, H.O. Ruoss2, and F. Landstorfer3,
1Aoyama Gakuin University, Japan; 2Robert Bosch GmbH and3University of Stuttgart, Germany

PK3-16 Characterization of Magnetic Field near Electrical Appliances for Estimation of Induced Current Density in
Living Body
K. Yamazaki, T. Kawamoto, and T. Shigemitstu, Central ResearchInstitute of Electric Power Industry, Japan

PK4-01 Chronic Effects of Local Exposure to Radiofrequency
Electromagnetic Fields on the Cerebral Microcirculationin Rats
H. Masuda1, A. Ushiyama1, K. Wake2, S. Watanabe2, M. Taki3, and
C. Ohkubo3, 1National Institutejof Public Health, 2Communications
Research Laboratory, and 3Tokyo Metropolitan University, Japan

PK4-03 Recent Changes of the System of Permissible Occupational Exposure to Electromagnetic Fields Conditions in
PolandJ. karpowicz and K. Gryz, Central Institute for Labour Protection,
PolandPK5-01 Remote Radiotermography in Diagnostics and Treatment of Skin and Soft Tissue Injuries
D.A. Pasichiy, RADMIR Scientific-research Institute of Radio Engineering Measurements JSC, Ukraine

PK5-02 The Effect of the Area of Activating Function Waveformon Nerve Excitation in Magnetic Nerve Stimulation
R. Liu and S. Ueno, University of Tokyo, Japan

PK5-03 Influence of Tissue Conductivity Variation on
Noninvasive Brain Temperature Measurement by Multifrequency Microwave Radiometry
T. Sugiura1, K. Maruyama1, S. Mizushina1, G. Marroco2, F. Bardati2,
G.M. Leeuwen3, J.W. Hand3, E.D. Edwards3, and D. Azzopardi3,
1Shizuoka University, Japan; 2University of Rome, Italy; 3Imperial
College School of Medicine, UK-38-

All presenting authors are requested to Register for AP-RASC ’01 in order to present the paper at the Oral
Sessions.

AP-RASC '01

Instructions for Oral Presentation(1) Working Language
The working language of the Symposium is English.
(2) Visual Equipment
Each conference room is provided with one overhead projector for viewgraphs.
Neither slide projector nor PC projector is available.
(3) In order to ensure that the program runs smoothly, all presenting authors and session chairs are requested topresent themselves at the session desk at least 15 minutes before their sessions begin.
(4) Please take out your viewgraphs after your presentation.
(5) Presentation Time
Each paper in the regular session, is allotted 15 minutes for presentation and 5 minutes for discussion.
Tutorial Lecture is allotted 30 minutes for presentation and 10 minutes for discussion.

Instructions for Poster Presentation
All presenting authors are requested to Pre-Register for AP-RASC ’01 in order to present the paper at the
Poster Sessions.
(1) Please follow the time schedule indicated below.
All presenting authors have to stand near their own posters during this time period.
(2) A 1.0m(W) by 2.1m(H) poster board is prepared for each paper. The paper number will be indicated on theboards. Pins, tapes and scissors for mounting posters will be prepared in the Poster Rooms. Thick boardsor plastic panels cannot be mounted on the poster board, so the poster should be prepared on sheets ofpaper.
(3) Time Schedule:
Preparation: after August 2 (Thu.) 17:00
Session: August 3 (Fri.) 16:00-19:00
Removal: August 3 (Fri.) 19:00-21:00-39-

Instructions for
Presentations(4) Presenting authors are requested to bring the poster by themselves. The Secretariat will NOT receive any
packages sent by the authors beforehand. Electricity for the poster presentation will not be available. Tables
and chairs will NOT be provided in the Poster Rooms.

AP-RASC '01

Conference Events
Organizing Committee Meeting

BanquetWednesday, August 1, 11:30-12:30, Room M5 (Members Only)

Saturday, August 4, 19:00, Tokyo Dome HotelAll participants are cordially invited to the casual banquet to be held on the evening of August 4(Saturday) at Tokyo Dome Hotel even without advanced booking. Tokyo Dome Hotel is in the
Korakuen Amusement Park about a 10-minute walkfrom the conference site.

Opening Ceremony
Wednesday, August 1, 13:30-14:00, Room U.
All participants are welcome to the Opening
Ceremony. This Ceremony will be followed by theUnion Session, which will take place in the sameroom.

Accompanying Persons' Program
Accompanying Persons' Program is not prepared.
Those who wish to participate in any of the Conference Events are requested to register on-site for 3,000
JPY for each person. She/he will be provided withthe final program and a tag of the registrant, but notwith the Conference Digest.

Welcome Reception
Wednesday, August 1, 18:00, Cafeteria I in Building
No. 5 (Free of charge)
All participants are invited to the reception
shortly after the Union Session without any advanced
booking. Free drinks and light snacks are served in
Cafeteria I .

International Committee Meeting
Thursday, August 2, 12:40-13:40, Room M5 (International Advisary Board and International Steering
Committee Members Only)

Business Meetings
Thursday, August 2, 18:00-20:30
Meeting rooms will be available for URSI Commissions or other groups for relevant purpose. Please
note the bulletin board in the Registration area, where
you may find the notice of the business meetings ofyour interest.

-40-

The list is put in the following order; Family
name, Initial of Given Name, Affiliation, Country, andthe Session Number in brackets( ). ('Country' is basically written in the proper names of countries or regions which are registered for URSI.)[B]
Baba, T., Yokohama National University, Japan(D1-1)
Bakr, M., University of Victoria, Canada(B9-2)
Balan, N., Kyoto University, Japan(G2) (G8) (PG3)
Balasubramanian, V., Radio Astronomy Centre, NCRA-TIFR,
Uthagamandalam, India(PJ)
Balasubramanyam, R., University of New South Wales, Australia (J9)Balaz, I., FEI-SUT, Slovakia(A2)
Ballen, M., Motorola, USA(K8)
Balzano, Q., Motorola, USA(K8)
Bao, X., Southeast University, China(CIE)(B1-2)
Bardati, F., University of Rome, Italy(PK5)
Bastian, T., National Radio Astronomy Observatory, USA(J3)
Batalev, V., Scientific Station of IVTRAN, Kyrgyz(PG9)Bava, E., Politecnico di Milano, Italy(PA3)
Behari, J., Jawaharlal Nehru University, India(K4) (K6-1)
Bekker, E., Saratov State University, Russia(D3)
Benson, R., NASA GSFC, USA(H5)
Benson, T., University of Nottingham, UK(D3)
Beyerle, G., GFZ Potsdam, Germany(G8)
Bikhman, I., Polytechnic University, USA(K1)
Bilitza, D., Raytheon ITSS, USA(G1) (PG1)
Biolek, D., Brno University of Technology, Czech Republic (D4-1)
Biolkova, V., Brno University of Technology, Czech Republic (D4-1)
Bisht, K., Washington University, USA(K4)
Blanchet, P., Onera, France(E2)
Boccippio, D., NASA, USA(E2)
Bock, D., University of California at Berkeley, USA(J9)Boerner, W., University of Illinois at Chicago, USA(F5) (F6)
Bolton, R., CSIRO Australia Telescope National Facility, Australia(PJ)
Bondiou-Clergerie, A., ONERA, France(E1) (E2)
Bonek, E., Technische Universität Wie, Austria(B4) (PB)
Boonchauk, T., King Mongkut’s Institute of Technology Ladkrabang,
Thailand(F1-2)
Boonchuk, T., King Mongkut’s Institute of Technology, Thailand(F1-2)
Bowen, M., CSIRO, Australia(PJ)
Boyarchuk, K., IZMIRAN, Russia(G10) (PG9)Brundell, J., LF*EM Research Ltd., New Zealand(E2) (E3) (PE)
Buchert, S., STEL, Nagoya University, Japan(PG4)
Budiarto, H., Tokyo Institute of Technology, Japan(PF)
Bultitude, R., Communications Research Centre, Canada(F3)
Bunchuk, T., King Mongkut’s Institute of Technology Ladkrabang, Thailand(PG5)
Bushyager, N., Georgia Institute of Technology, USA(B9-1)[A]
Abdullah, A., Tokyo University of Technology, Japan(PF)
Abe, R., Nagoya University, Japan(PJ)
Abe, S., Graduate University for Advanced Studies, Japan(E4)Abe, T., The Institute of Space and Astronautical Science, Japan(G2) (PG5)
Abraham, J., United States Geological Surbey, USA(F8)Abramski, K., Wroclaw University of Technology, Poland(A3-2)
Achour, M., Optical Access, USA(D4-1)
Adachi, K., Nagoya University, Japan(PE)
Adachi, S., Tohoku Institute of Technology, Japan(B6) (H8)Adhikari, P., Optical Access, USA(D4-1)
Adnani, N., Communications Research Centre, Canada(F3)Aida, M., Communications Research Laboratory, Japan(A2)
Aiga, M., Matsushita Electronic Instruments Corp., Japan(PU)
Akabane, K., Tokyo Astronomical Observatory, Japan(J4)
Akamatsu, K., Osaka University, Japan(E9)
Akchurin, A., Kazan State University, Russia(PG5)
Akimoto, Y., National Research Laboratory of Metrology, Japan(A3-1) (A3-2)
Akinaga, Y., The University of Electro-Communications, Japan (G9)Akiyama, Y., NTT Advanced Technology Corporation, Japan (PK7)
Alencar, G., Gama Filho University, Brazil(PF)
Alkumru, A., Gebze Institute of Technology, Turkey(B1-1)
Allin, T., Danish Meteorological Institute, Denmark(PE)
Amagai, J., Communications Research Laboratory, Japan (J7) (PJ)
Amaya, C., Communications Research Centre Canada, Canada(F1-1)
An, T., Shanghai Astronomical Observatory, China(CIE)(J6)
Ananthakrishnan, S., National Centre for Radio Astrophysics, TIFR,
India(J3) (J8) (PJ)
Anderson, R., University of Iowa, USA(H6-1)
Anderson, S., Defence Science & Technology Organisation, Australia(PG7)
Anderson, V., Monash University, Australia(PK7)Ando, A., ATR Adaptive Communications Research Laboratories, Japan(C3)
Ando, M., Tokyo Institute of Technology, Japan(B5)
Ando, Y., The University of Electro-Communications, Japan(B3-2) (E9)Andoh, H., Toyota National College of Technology, Japan(PJ)
Andrenko, A., Mitsubishi Electric Corporation, Japan(B9-2)
Angkaew, T., Chulalongkorn University, Thailand(B9-1)
Antonczak, A., Wroclaw University of Technology, Poland(A3-2)
Aonashi, K., Meteorological Research Institute, Japan(F7)
Aoyagi, Y., Tokyo Dental College, Japan(K5)
Apollonio, F., La Sapienza University of Rome, Italy(K3)
Appannah, Y., University Science of Malaysia, Malaysia(F1-2)
Arai, H., Yokohama National University, Japan(PF)
Arakawa, Y., Communications Research Laboratory, Japan(G1)
Arakawa, Y., University of Tokyo, Japan
(D1-2)
Araki, K., Communications Research Laboratory, Japan(D4-2)
Archer, J., CSIRO Telecommunications and Industrial Physics, Australia(PJ)
Arita, K., Tokyo Electric Power Co., Japan(B6)
Aruga, T., Communications Research Laboratory, Japan(D4-1) (D4-2)
Asa, M., Motorola Japan Research Labs, Japan(B7&B8)Asada, K., National Astronomical Observatory, Japan(PJ)
Asahi, M., Tokyo Electric Power Co., Japan(B6)
Asaki, Y., Institute of Space and Astronautical Science, Japan (PJ)
Asano, K., Kyushu institute of technology/ Faculty of engineering, Japan(E9)Asari, K., National Astronomical Observatory of Japan, Japan(A1&A2) (PA2)
Asayama, S., Nagoya University, Japan(PJ)
Asou, H., NTT Advanced Technology Corporation, Japan(PK7)
ASTE Team, Japan(PJ)
Asuma, K., Waseda University, Japan(J4)
Awaka, J., Hokkaido Tokai University, Japan(PF)
Aydiner, A., University of Illinois, Urbana, USA(F8)
Azzopardi, D., Imperial College School of Medicine, UK(PK5)AP-RASC '01

Authors’ Index

[C]

-41-

Authors’ Index

Cairns, I., University of Sydney, Australia(H1)
Caloba, L., Federal University of Rio de Janeiro, Brazil(PF)
Calvert, W., Iowa City, USA(H6-1)
Canavero, F., Politecnico di Torino, Italy(E7)
Cao, Z., Institute of Environmental Health Monitoring, CAPM,
China(CIE)(K6-1)
Caputa, K., University of Victoria, Canada(K5)Carr, T., University of Florida, USA(H8)
Carrad, G., CSIRO Australia Telescope National Facility, Australia(PJ)
Cetintas, M., TUBITAK-UME(National Metrology Institute), Turkey(A4-2)
Chan, C., City University of Hong Kong, China(CIE)(B2)
Chan, K., City University of Hong Kong, China(CIE)(B2)
Chang, C., National Chiao Tung University, China(SRS)(B7)
Chang, E., SB Telecom, South Korea(K8)
Chang, H., National Taiwan University, China(SRS)(B9-1)
Charoenying, S., Chulalongkorn University, Thailand(B9-1)
Chauzy, S., Laboratoire d’Aerologie, France(E2)
Chavez, R., CINVESTAV-IPN, Mexico(E6)Chen, A., National Cheng Kung University, Taiwan(E5)Chen, C., Beijing University of Posts and Telecommunications,
China(CIE)(PC)
Chen, C., National Central University, China(SRS)(PG9)
Chen, J., National Central University, China(SRS)(PF)
Chen, M., Academia Sinica, Institute of Astronomy, Chinese Taipei(J2) (PJ)
Chen, M., National Central University, China(SRS)(G1)
Chen, Q., Tohoku University, Japan(B6)
Chen, X., Peking University, China(CIE)(A3-1)
Chen, Y., Northwest Institute of Nuclear Technology, China(CIE)AP-RASC '01(PB)
Chen, Y., Shanghai Observatory, China(CIE)(PJ)
Cheng, H., Academia Sinica, China(SRS)(PJ)
Cheng, J., ATR Adaptive Communications Research Laboratories, Japan(B4) (PB)
Cheng, M., Institute of Geology, China Seismological Bureau,
China(CIE)(PG9)
Chern, J., National Cheng Kung University, Taiwan(E5) (PE)
Chew, W., University of Illinois, Urbana, USA(F8)Chi, R., Chung Yuan Christian University, China(SRS)(K6-1)
Chiang, K., City University of Hong Kong, China(CIE)(B9-1)
Chikada, Y., National Astronomical Observatory in Japan, Japan(J9)
Chin, C., Academia Sinica, Institute of Astronomy, Chinese Taipei(J2) (PJ)
Chin, F., Centre for Wireless Communication, Singapore (B7&B8)
Chin, K., New Jersey Institute of Technology, USA(B9-2)
Chiu, H., University of Technology, Sydney, Australia(K8)
Chiueh, T., National Taiwan University, China(SRS)(J2)
Cho, M., Hallym University, South Korea(PK3)Cho, M., Kyushu Institute of Technology, Japan(E3) (E9)Cho, Y., Kyungpook National University, South Korea(B1-1)
Choi, S., ETRI, South Korea(F2) (F8)Choi, Y., ETRI, South Korea(F1-1) (PF)Choi, Y., Hallym University, South Korea(PK3)
Choi, Y., Radio & Broadcasting Lab., ETRI, South Korea(F2)
Choo, E., Nanyang Technological University, Singapore(F7)
Choquette, K., University of Illinois, USA(D1-2)
Chou, C., Motorola, USA(K7) (K8)
Chowdhury, N., Tokyo Institute of Technology, Japan(B9-2)
Christian, H., NASA, USA(E2)
Chu, F., National Central University, China(SRS)(G5)
Chu, F., Telecommunication Labs. Chunghwa Telecom Co., Ltd.,
China(SRS)(A2) (PA2)
Chu, T., Academia Sinica, Institute of Astronomy, Chinese Taipei (J2)
Chu, T., Taiwan University, China(SRS)(PJ)
Chu, Y., National Central University, China(SRS)(PF)
Chun, F., US Air Force Academy, USA(G4)
Chung, H., Korea Astronomy Observatory, South Korea(J8)
Chung, M., KRICT, South Korea(K3)
Chung, Y., KRISS, South Korea(A4-1)
Chuo, Y., National Central University, China(SRS)(G10) (PG9)
Clilverd, M., British Antractic Survey, UK(E3)
Collings, B., Lucent Technologies, USA(D3)
Conde, M., Geophysical Institute, University of Alaska Fairbanks, USA(PG4)Cox, D., U.S. Navy, Naval Health Research Center Detachment at
Brooks AFB, USA(PK7)
Cui, M., Tokyo Institute of Technology, Japan(B5)
Cui, T., University of Illinois, Urbana, USA(F8)Cummer, S., Duke University, USA(E3) (H5)

Dudnik, O., Kharkiv National University, Ukraine

(PH)

[E]
Ebert, S., IT’IS/ETHZ, Switzerland(K7)
Echigo, H., Tohoku Gakuin University, Japan(A4-2) (E6)
Edwards, E., Imperial College School of Medicine, UK(PK5)
Edwards, P., ISAS, Japan(PJ)
Edwards, P., The Institute of Space and Astronautical Science, Japan(J9)
Eggleton, B., Bell Labs, Lucent Technologies, USA(D2)
El_sherbiny, M., Univesity of Alexnadria, Egypt(PC)
Ellyati, D., Watukosek Solar Observatory, LAPAN, Indonesia (H7)
Emura, R., Osaka University, Japan(K1)
Eom, H., Korea Advanced Institute of Science and Technology, South
Korea(B3-2)
Ergun, R., University of Colorado, USA(H5)
Erickson, B., University of Tasmania, Australia(J3)
Ezaki, Y., Mitsubishi Electric Corporation, Japan(PU)
Ezawa, H., National Astronomical Observatory of Japan, Japan (PJ)[F]
Faferko, M., Fraunhofer Institute Microintegration and Reliability,
Germany(PE)
Fisk, P., National Measurement Laboratory, CSIRO Australia, Australia(A1) (A2)Fitzgerald, R., University of Texas, USA(B2)
Fomalont, E., NRAO, USA(PJ)
Formicki, K., Agricultural University of Szczecin, Poland(PK3)
Fraser, B., University of Newcastle, Australia(H6-2)
Fridman, P., ASTRON, The Netherlands(F9)
Froehlich, J., IT’IS, Switzerland(K7)
Fu, J., Tokyo Institute of Technology, Japan
(PF)
Fuellekrug, M., Frankfurt University, Germany(E4) (PE)Fuji, I., Hokkaido University, Japan(K6-1)
Fujii, R., Nagoya University, Japan(G4) (PE) (PG4)
Fujii, T., Japan Telecom Co.,Ltd., Japan(F3)
Fujiki, K., Nagoya University, Japan(J4)
Fujimoto, T., Tokyo University of Agriculture and Technology, Japan(K8)
Fujino, Y., Communications Research Laboratory, Japan(F5)
Fujisaka, T., Mitsubishi Electric Corp., Japan(PF)
Fujisawa, K., National Astronomical Observatory of Japan, Japan(PJ)
Fujise, M., Communications Research Laboratory, Japan(C1&C2) (F4)
Fujita, M., Anritsu Corporation, Japan(A1)
Fujita, M., Tokyo Metropolitan Institute of Technology, Japan (F5)
Fujita, S., Meteorological College, Japan(H8)
Fujiwara, H., Tohoku University, Japan(G4) (PG4) (PG9)
Fujiwara, I., Hokkaido University, Japan(B2)
Fujiwara, O., Nagoya Institute of Technology, Japan (B6) (K4) (K7)
Fujiwara, R., Kyoto University, Japan(H4)
Fukami, T., Ishikawa National College of Technology, Japan(E9)
Fukao, S., Kyoto University, Japan(G5) (G6) (G7) (G8) (PG3) (PG5)
Fukuda, K., Communications Research Laboratory, Japan(PA1)
Fukuda, S., The Institute of Space and Astronautical Science, Japan(F5)
Fukui, Y., Nagoya University, Japan(PF) (PJ)
Fukumoto, Y., Okayama University, Japan(E7)
Fukunishi, H., Tohoku Univeristy, Japan(PG4) (E3) (E5) (PE) (PG4)
Fukuoka, K., Waseda University, Japan(J4)
Fukuoka, M., Kanazawa University, Japan(H6-1)
Fuller-Rowell, T., Space Environment Center, USA(G3)
Funaki, T., Osaka University, Japan(E9) (PE)Funane, R., University of Electro-Communications, Japan(PG7)
Furuya, K., Electrotechnical Laboratory, Japan
(PA4)

[D]
D’Andrea, J., United States Navy, USA(PK7)
D’Inzeo, G., La Sapienza University of Rome, Italy(K3)
Daishido, T., Waseda University, Japan(J4)
Dalton, E., Georgia Institute of Technology, USA(B9-1)
Das, A., Institute for Plasma Research, India(H1)
Davis, C., University of Maryland, USA(K1)
Davis, D., Siena College, Department of Physics, USA(E1)
Dawson, T., University of Victoria, Canada(K5)
De, B., Tripura University, India(PG5)
Decharat, A., King Mongkut’s Institute of Technology Ladkrabang, Thailand(PG5)
Deguchi, H., Doshisha University, Japan(PB)
Deng, Z., Institute of Geology, China Seismological Bureau, China(CIE)(PG9)
Depuev, V., IZMIRAN, Russia(PG5)
Devir, A., Tel-Aviv Univeristy, Israel(PE)
Diamond, P., Jodrell Bank Observatory, Univ. of Manchester, UK(PJ)
Dibben, D., The Japan Research Institute, Ltd., Japan(PB)
Ding, G., The Fourth Military Medical University, China(CIE) (K3)
Dodson, R., University of Tasmania, Australia(PJ)
Doi, A., University of Tokyo, Japan(PJ)
Dong, J., Beijing Univ. of Posts and Telecom., China(CIE)(G10)
Dowdell, G., Integral Energy, Australia(H6-2)
Dowden, R., LF*EM Research Ltd., New Zealand(E2) (E3) (PE)Drewniak, J., University of Missouri-Rolla, USA(PE)
Du, A., Institute of Geology and Geophysics,Chinese Academy of Sciences, China(CIE)
(PG9)

[G]
Gaivoronska, T., IZMIRAN, Russia(PG9)
Gajsek, P., United States Air Force, USA(PK7)
Galzerano, G., Politecnico di Milano, Italy(PA3)
Gamidov, R., TUBITAK-UME(National Metrology Institute), Turkey(A4-2)
Gao, Y., Beijing Univ. of Posts and Telecom., China(CIE)(G10)
Garavaglia, M., Facultad de Ciencias Exactas UNLP and Centro deInvestigaciones Opticas(CIOp), Argentina(PB)
Garbe, H., University of Hannover, Germany(E8) (PE)Gary, D., New Jersey Institute of Technology, USA
(J3)

-42-

pan
(J5) (J9) (PJ)
Hirano, H., Tokyo University of Mercantile Marine, Japan(PF)
Hirata, A., Osaka University, Japan(K5)
Hirosawa, H., The Institute of Space and Astronautical Science, Japan(F5)
Hirose, M., Electrotechnical Laboratory, Japan(B9-2) (PA4)
Hirota, T., University of Kagoshima, Japan(J6)
Hobara, Y., NASDA, EORC, Japan(E3)
Hocke, K., Communications Research Laboratory, Japan(G6)
Hocke, K., Kyoto University, Japan(G8) (PG7)
Hoefer, W., University of Victoria, Canada(B9-2)
Hong, F., National Research Laboratory of Metrology, Japan(A3-1) (PA3)
Hong, J., Kyushu institute of technology/ Faculty of engineering, Japan(E9)
Hong, W., Southeast University, China(CIE)(F4)
Hong, X., Shanghai Astronomical Observatory of Chinese Academy of
Sciences, China(CIE)(J6) (J7) (PJ)
Hongo, K., Toho-University, Japan(B1-2)
Honma, M., National Astronomical Observatory, Japan(J6)
Honnma, M., National Astronomical Observatory of Japan, Japan(J6)
Hori, J., Niigata University, Japan(K5)
Horiai, K., National Astronomical Observatory of Japan, Japan (J6)
Horie, H., Communications Research Laboratory, Japan(PF)
Horita, H., Tokyo Dental College, Japan(K5)
Horiuchi, S., NAO, Japan(PJ)
Hoshi, R., Waseda University, Japan(J4)
Hoshi, S., Chiba University, Japan(PF)
Hoshikuki, A., Futaba Corporation, Japan(C1&C2)
Hoshino, M., University of Tokyo, Japan(H2) (H4)
Hoshino, S., ASET, Japan(PE)
Hosokawa, K., Graduate School of Science, Kyoto University, Japan(PG4)
Hosokawa, K., The University of Tokushima, Japan(K2) (PK3)
Hosokawa, M., Communications Research Laboratory, Japan(PA1) (PA2)
Hosono, H., Nihon University, Japan(PB)
Hosono, T., Nihon University, Japan(PB)
Hosoya, H., NTT Advanced Technology, Japan(F2)
Hosoya, Y., Kitami Institute of Technology, Japan(F1-1)
Hotta, M., Yamaguchi University, Japan(B3-1)
Houchi, H., The University of Tokushima, Japan(K2) (PK3)
Hsiao, C., National Central University, China(SRS)(G5)
Hsu, R., National Cheng Kung University, Taiwan(E5) (PE)Hsu, W., Tri-service General Hospital, China(SRS)(K6-1)
Hu, S., Academia Sinica, Institute of Astronomy, Chinese Taipei (J2)
Hu, Y., DSTO, Australia(H6-2)
Huang, J., Yuan Ze University, China(SRS)(A1&A2)
Huang, X., Institute of Environmental Health Monitoring, CAPM,
China(CIE)(K6-1)
Huang, Y., BUPT, China(CIE)(B6)
Hurford, G., UC Berkeley, USA(J3)
Hurt, W., United States Air Force, USA(PK7)
Hwang, Y., Academia Sinica, Institute of Astronomy, Chinese Taipei(J2) (PJ)
Hysell, D., Clemson University, USA
(G5)

[H]
Ha, M., Dankook University College of Medicine, South Korea (K2)
Hada, T., Kyushu University, Japan(H2)
Haga, S., Association of Super-advanced Electronics Technologies, Japan(PE)
Hagfors, T., Max-Planck-Institut fuer Aeronomie, Germany(PG4)
Hagimoto, K., National Research Laboratory of Metrology, Japan(A1)
Hall, C., Tromso Geophysical Observatory, University of Tromso, Norway(PG7)
Hallinan, T., Geophysical Institute, University of Alaska Fairbanks, USA(PG7)
Hamaura, R., Kyushu Institute of Technology, Japan(PB)
Hanado, Y., Communications Research Laboratory, Japan(PA2)
Hand, J., Imperial College School of Medicine, UK(PK5)Hano, M., Yamaguchi University, Japan(B3-1)
Hartnett, J., University of Western Australia, Australia(PA1)
Hasegawa, A., Communications Research Laboratory, Japan (PA1)
Hashimoto, K., Communications Research Laboratory, Japan (G7)
Hashimoto, K., Kyoto University, Japan(H4) (H6-1) (PU)Hashimoto, M., Osaka Electro-Communication University, Japan(B5)Hassan, S., University Sains Malaysia, Malaysia(F1-2)
Hata, M., Aichi Prefectural University, Japan(PG9)
Hatsuda, T., Hokkaido Institute of Technology, Japan(U2)
Hattori, K., Chiba University, Japan(G9) (PG9)Hawkins, J., University of Alaska, Fairbanks, USA(PG7)
Hayakawa, M., The University of Electro-Communications, Japan(B3-2) (E3) (E9) (G10) (G9) (PG9)Hayasaka, K., Communications Research Laboratory, Japan (A3-2)
Hayashi, K., Nagoya University, Japan(J4)
Hayashi, T., Hitachi, Ltd., Japan(E8)
He, B., University of Illinois at Chicago, USA(K5)
He, Y., Osaka Electro-Communication University, Japan(H8)
Heckman, S., USRA, USA(E2)
Hegai, V., IZMIRAN, Russia(G10)
Heidemann, M., University of Hannover, Germany(E8)
Hemmakorn, N., King Mongkut’s Institute of Technology Ladkrabang,
Thailand(F1-2) (PF) (PG5)
Hemmati, H., Jet Propulsion Laboratory, USA(D4-2)
Hibino, Y., NTT Photonics Laboratories, Japan(D2)
Higasa, H., Chiba University, Japan(PG9)
Higashi, T., Osaka University, Japan(K1)
Hikita, M., Kyushu institute of technology/ Faculty of engineering, Japan(E9)
Hinata, T., Nihon University, Japan(B1-1)
Hirabayashi, H., The Institute of Space and Astronautical Science, Ja-

AP-RASC '01

Gavan, J., HAIT, Israel(E6)
Ge, D., Xidian University, China(CIE)(PB)
Ge, W., Nanjing University, China(CIE)(F7)
Gedik, A., TUBITAK-UME(National Metrology Institute), Turkey(A4-2)
Georgieva, N., McMaster University, Canada(B5) (B9-2)
Gerken, E., Stanford University/STAR Laboratory, USA(E5)
Ghosh, S., Pohang University of Science and Technology (POSTECH),
South Korea(H1) (PH)
Gidner, D., University of Washington, USA(G7)
Gilchrist, B., University of Michigan, USA(G7)
Gimm, Y., Dankook University, South Korea(K8) (PK3)Glaser, P., Power from Space Consulting, Inc., USA(U1)
Goetz, K., U. of Minnesota, USA(H5)
Goto, K., Waseda University, Japan(J4)
Goto, T., Communications Research Laboratory, Japan(PA2)
Goto, Y., Kyoritsu Corporation, Japan(A4-1)
Goto, Y., Kyoto University, Japan
(PH)
Gotoh, K., The University of Electro-Communications, Japan (G9)
Gotoh, T., Communications Research Laboratory, Japan(A2)
Gough, R., CSIRO Australia Telescope National Facility, Australia(J2) (PJ)
Graves, G., CSIRO Australia Telescope National Facility, Australia(J2) (PJ)
Graves, G., CSIRO, Australia(PJ)
Grebowsky, J., NASA, GSFC, USA(PG1)
Green, J., NASA GSFC, USA(H5)Greenwald, R., Johns Hopkins University/Applied Physics Laboratory,
USA(G7)
Grivet-Talocia, S., Politecnico di Torino, Italy(E7)
Griwan, J., King Mongkut’s Institute of Technology, Thailand (PG5)
Gryz, K., Central Institute for Labour Protection, Poland(PK3) (PK4) (PK8)Gurnett, D., University of Iowa, USA
(H3)

[I]

-43-

Authors’ Index

Ichikawa, R., Kashima Space Research Center / CRL, Japan (J7) (PJ)
Ichikawa, T., Institute of Space and Astronautical Science, Japan(G8)
Ichikawa, Y., The Institute of Space and Astronautical Science, Japan(PG5)
Idemen, M., Isik University, Turkey(B1-1)
Iga, K., Tokyo Institute of Technology, Japan
(D1-2)
Igarashi, K., Communications Research Laboratory, Japan(F1-2) (G1) (G6) (G8) (PF)(PG3) (PG4) (PG5) (PG7)
Igarashi, K., Komatu Power Tron co., Ltd, Japan(PK5)
Iguchi, T., Communications Research Laboratory, Japan (F7) (PF)Ihara, T., NTT DoCoMo Inc., Japan(B4)
Iizima, M., Tohoku University, Japan(G8) (H6-1)
Iizuka, M., NTT/Access Network Service Systems Laboratories, Japan(C3)
Ikeda, M., Communications Research Laboratory, Japan(G6)
Ikeda, Y., Mitsubishi Electric Corporation, Japan(B9-2)
Ikegami, T., National Research Laboratory of Metrology, Japan(A1) (A3-1)
Ikehara, T., The University of Tokushima, Japan(K2) (PK3)
Ikehata, M., Railway Technical Research Institute, Japan(PK3)

AP-RASC '01

Imachi, T., Kanazawa University, Japan(PH)
Imae, M., Communications Research Laboratory, Japan(A1&A2) (A2) (PA2) (PG7)
Imai, H., National Astronomical Observatory of Japan, Japan(J6) (PJ)
Imai, K., Kochi National College of Technology, Japan(H8)
Imaida, K., Nagoya City University Medical School, Japan(K4)
Imamura, T., Institute of Space and Astronautical Science, Japan(G8)
Inaba, H., National Research Laboratory of Metrology, Japan (A3-2)
Inan, U., Stanford University/STAR Laboratory, USA(E5)
Inatani, J., National Space Development Agency of Japan, Japan(PJ) (PF)Inoue, H., Akita University, Japan(PE)
Inoue, M., National Astronomical Observatory of Japan, Japan(U2) (J9) (PJ)
Inoue, T., Electrotechnical Laboratory, Japan(A4-2)
Inoue, T., Yamaguchi University, Japan(B3-1)
Inoue, Y., NTT/Access Network Service Systems Laboratories, Japan(C3)
Irimajiri, Y., Communications Research Laboratory, Japan(PF)
Ishibashi, T., NTT Photonics Laboratories, Japan(PJ)
Ishida, O., Mitsubishi Electric Corporation, Japan(B9-2)
Ishida, Y., Fukuoka Industrial Technology Center, Japan(PB)
Ishiguro, M., National Astronomical Observatory of Japan, Japan(A3-1) (J1) (PJ)
Ishii, M., Communications Research Laboratory, Japan(PG4) (PG7)Ishii, R., Fuji Xerox, JAPAN
(D1-2)
Ishii, S., Futaba Corporation, Japan(C1&C2)Ishikawa, J., National Research Laboratory of Metrology, Japan(A3-1) (PA3)
Ishikawa, R., NTT Advanced Technology Corporation, Japan (PK7)Ishimaru, A., University of Washington, USA(B2)
Ishisaka, K., Toyama Prefectural University, Japan(PG7)
Iskandar, Institute of Technology Bandung, Indonesia(PF)
Ismaguilov, V., Institute of Terrestrial Magnetizm, Ionosphere andRadiowave Propagation, St-Petersburg Filial, Russia(PG9)
Isogai, M., Communications Research Laboratory, Japan(G1)
Ito, C., Kitami Institute of Technology, Japan(F1-1)
Ito, H., Communications Research Laboratory, Japan(PA1)
Ito, K., Chiba University, Japan(K5) (K6-2)
Ito, Y., Tohoku Gakuin University, Japan(A4-2)
Itoh, A., Tokyo National College of Technology, Japan(PB)
Itokawa, K., NTT Access Network Service Systems Laboratories, Japan(F2)
Ivanov, E., University of Western Australia, Australia(PA1)
Ivanov, V., Mary State Technical University, Russia(PG7)
Iwadate, K., National Astronomical Observatory of Japan, Japan (J6)
Iwai, H., Kyoto University, Japan(H4)
Iwamoto, I., Communications Research Laboratory, Japan(G1)
Iwanami, M., ASET, Japan(PE)
Iwasaka, M., University of Tokyo, Japan(PK3)
Iwasaki, S., Kobe University, Japan(PF)
Iwasaki, T., University of Electro-Commmunications, Japan (A4-1)
Iwata, T., National Space Development Agency of Japan, Japan(A1&A2) (PA2)
Iyama, T., NTT DoCoMo, Inc., Japan(E6)
Iyemori, T., Graduate School of Science, Kyoto University, Japan(PG4)Iyer, M., Institute of Microelectronics(IME), Singapore(E7)Joo, M., KERI, South Korea
Jung, K., Hallym University, South Korea

(E9)
(PK3)

[K]
Kagami, H., Communications Research Laboratory, Japan(PG5)
Kagan, L., Radiophysical Research Institute, Russia(G6) (PG5)
Kainuma, S., Communications Research Laboratory, Japan(PG7)
Kaiser, M., NASA GSFC, USA(H5)
Kajita, M., Communications Research Laboratory, Japan(PA1)
Kamba, T., Mitsubishi Electric Logistics Support and Space Systems,
Japan
(PJ)
Kameno, S., National Astronomical Observatory of Japan, Japan(J9) (PJ)
Kameya, O., National Astronomical Observatory of Japan, Japan(J6) (PJ)
Kami, Y., The University of Electro-Communications, Japan(E8)
Kamimura, Y., Utsunomiya University, Japan(PK2) (PK7)
Kamiya, Y., ATR Adaptive Communications Research Laboratories,
Japan
(B4)
Kamogawa, M., Waseda University, Japan(PG9)
Kanda, M., Motorola, USA(K8)
Kanellopoulos, J., National Technical University of Athens, Greece(PF)
Kang, J., KRISS, South Korea(A4-2)
Kang, S., Hallym University, South Korea(PK3)Kang, T., KRISS, South Korea(A4-1)
Kankaku, Y., Chiba University, Japan(PJ) (PJ)
Kanoniuk, H., CSIRO Australia Telescope National Facility, Australia(PJ)Kar, S., University of Calcutta, India(B5) (B9-2) (PB)
Karacadag, H., TUBITAK-UME(National Metrology Institute), Turkey(A4-2)
Karampiperis, P., Technical University of Crete, Greeceute for LabourProtection, Poland(PK3) (PK4) (PK8)Kasaba, Y., Institute of Space and Astronautical Science(ISAS), Japan(H3)
Kasahara, T., National Research Laboratory of Metrology, Japan(A3-1)
Kasahara, Y., Kyoto University, Japan(H5) (PH)Kasai, Y., Communications Research Laboratory, Japan(PF)
Kashaev, I., NIIRI, Ukraine(C1&C2)Kassim, N., Naval Research Laboratory, USA(J3)
Kasuga, T., Hosei University, Japan(J4) (J6)
Kasukawa, A., Furukawa Electric Co., Ltd., Japan
(D1-2)
Katayama, N., Tokyo University of Technology, Japan(PF)
Kato, A., Communications Research Laboratory, Japan(F4)
Kato, H., Communicatiosn Research Laboratory, Japan(PG5)Kato, M., Hokkaido university school of medicine, Japan(PK3)
Kato, Y., Hokkaido University, Japan(B2)
Kato, Y., Kikusui Electronics Corporation, Japan(A4-2)
Kaw, P., Institute for Plasma Research, India(H2)
Kawabe, R., National Astronomical Observatory of Japan, Japan(PJ)
Kawabe, R., Nobeyama Radio Observatory, Japan(J1)
Kawada, M., Nagoya Institute of Technology, Japan(K2)
Kawaguchi, N., National Astronomical Observatory of Japan, Japan(J6) (PJ)
Kawai, E., Kashima Space Research Center / CRL, Japan(J7) (PG7) (PJ)
Kawai, H., Chiba University, Japan(K6-2)
Kawai, K., Tokyo University of Mercantile Marine, Japan(PF)
Kawakami, T., Electrotechnical Laboratory, Japan(PA4)
Kawakami, Y., Chiba University, Japan(PJ)
Kawakita, K., Fukui University of Technology, Japan(PH)
Kawamoto, K., Tokyo Institute of Technology, Japan(B5)
Kawamoto, T., Central Research Institute of Electric Power Industry,
Japan
(PK3)
Kawamura, K., Tokyo Institute of Technology, Japan(PG9)
Kawamura, M., Communications Research Laboratory, Japan (F1-2)
Kawamura, S., Kyoto University, Japan(G8) (PG3)
Kawano, N., National Astronomical Observatory of Japan, Japan(A1&A2) (PA2) (PF)Kawasaki, Z., Osaka University, Japan(E2) (E9) (PE)Kayano, Y., Akita University, Japan(PE)
Keller, U., Fraunhofer Institute Microintegration and Reliability, Germany(PE)
Kelley, M., Cornell University, USA(G3)
Kesteven, M., CSIRO Australia Telescope National Facility, Australia(J2) (J7) (J8) (PJ)

[J]
Jackson, S., CSIRO, Australia(PJ)
Jacob, R., Ateneo de Manila University, Philippines(PF)
Jagannathan, N., All India Institute of Medical Sciences, India (K4)
Janchitrapongvej, K., King Mongkut’s Institute of Technology, Thailand(PG5)Jang, I., Hallym University, South Korea(PK3)
Jauncey, D., ATNF/CSIRO, Australia(J7)
Je, D., Korea Advanced Institute of Science and Technology, South Korea(F8)
JEM/SMILES Mission Team, ., National Space Development Agencyof Japan, Japan(PF)
Jiang, D., Shanghai Astronomical Observatory, China(CIE) (J6) (PJ)
Jiang, Z., Nanyang Technological University, Singapore(B3-1)
Jin, X., Beijing University of Posts and Telecommunications, China(CIE)(PC)
John, W., Fraunhofer Gesellschaft Institute Reliability andMicrointegration, Germany(E7) (PE)Jono, T., NASDA, Japan(D4-2)-44-

Koyama, F., Tokyo Institute of Technology, Japan
Koyama, Y., Kashima Space Research Center / CRL, Japan

(D1-2)(J7) (PJ)
Koyanagi, Y., Matsushita Communication Industrial Co. Ltd., Japan(K6-2)
Kozu, T., Shimane University, Japan(PF)
Kralicek, P., FhG-IZM Advanced System Engineering, Germany(E8) (PE)
Krehbiel, P., New Mexico Institute of Mining and Technology, USA(E2)
Krishna Reddy, K., Communications Research Laboratory, Japan(PF)
Kritikos, T., National Technical University of Athens, Greece(PF)
Krynicki, M., Geophysical Institute, University of Alaska Fairbanks,
USA
(PG4)
Kubo, H., Kagoshima University, Japan(J4) (PJ)
Kubota, M., Communications Research Laboratory, Japan(PG4)
Kubota, S., NTT/Network Innovation Laboratories, Japan (C1&C2)
Kuchar, A., Forschungszentrum Telekommunikation Wien ftw., Austria(B4)
Kudo, J., Toshiba Corporation, Japan(PE)
Kuerner, T., E-Plus Mobilfunk GmbH & CoKG, Germany(F4)
Kuga, Y., University of Washington, USA(B2)
Kuji, S., National Astronomical Observatory of Japan, Japan(J6)
Kulchitsky, A., Saint Petersburg State Technical University, Russia(PG9)
Kuleshova, V., IZMIRAN, Russia(K2)
Kulessa, A., DSTO, Australia(F2)
Kulishenko, V., NIIRI, Ukraine(C1&C2)
Kumagai, H., Communications Research Laboratory, Japan(PF)
Kumagai, M., Communications Research Laboratory, Japan (PA1)
Kumamoto, A., Tohoku University, Japan(H6-1)
Kumamoto, K., Osaka-University, Japan(C4/CD)
Kumar, V., National MST Radar Facility, India(PG5)
Kunimori, H., Communications Research Laboratory, Japan (D4-2)
Kuniyoshi, M., Waseda University, Japan(J4)
Kuo, C., Ming Chi Institute of Technology, China(SRS)(PF)
Kuri, T., Communications Research Laboratory, Japan(C4/CD)
Kurihara, J., The Institute of Space and Astronautical Science, Japan(PE)
Kurihara, N., Communications Research Laboratory, Japan(A2)
Kurkin, V., Institute of Solar-Terrestrial Physics, Russia(PG7)
Kurniawan, H., Institute of Technology Bandung, Indonesia(PF)
Kuroiwa, H., Communications Research Laboratory, Japan(PF)
Kurth, W., University of Iowa, USA(H3)
Kuryliak, D., Karpenko Physico-Mechanical Institute , Ukraine (PB)
Kuster, N., IT’IS, Switzerland(K7)
Kusunoki, A., Oita University, Japan(PB)
Kwon, H., Wichita State University, USA(B4)
Kwon, J., Korea Advanced Institute of Science and Technology, South
Korea(B3-2)
Kwon, T., Korea Research Institute of Standards and Science, South
Korea
(A1)

AP-RASC '01

Khan, M., Osaka Prefecture University, Japan(PJ)
Kikuchi, T., Communications Research Laboratory, Japan (G3) (G7)Kim, B., Ultraband Fiber Optics, USA(D2)
Kim, C., The University of Tokushima, Japan(B6)
Kim, E., SB Telecom, South Korea(K8)Kim, H., POSTECH, South Korea(A4-1)
Kim, I., OPTICIS Co., Ltd., South Korea(D1-2)
Kim, J., Korea Aerospace Research Institute, South Korea(G2)Kim, J., KRISS, South Korea(A4-2)
Kim, J., LG Innotek Co. Ltd., South Korea(B3-1)
Kim, J., Pohang University of Science and Technology, South Korea(B3-2)
Kim, J., Radio & Broadcasting Lab., ETRI, South Korea(F2)Kim, K., Dankook University, South Korea(K8)Kim, S., KEPRI, South Korea(K3)
Kim, Y., ETRI, South Korea(PF)
Kim, Y., Hallym University, South Korea(PK3)Kim, Y., Jet Propulsion Laboratory, USA(F6)Kim, Y., Korea Maritime University, South Korea(B6)
Kim, Y., Korea Maritime University, South Korea(PB)
Kim, Y., Radio & Broadcasting Lab., ETRI, South Korea(F2)
Kimura, I., Osaka Institute of Technology, Japan(H5)
Kimura, K., Niigata University, Japan(F5)
Kimura, K., Osaka Prefecture University, Japan(PJ)
Kimura, Y., Hamamatsu Photonics K.K., Japan(D4-1)
Kinoshita, Y., Shinshu University, Japan(B5)
Kinouchi, Y., The University of Tokushima, Japan(K2) (PK3)
Kishi, M., The University of Tokyo, Japan(C4/CD)
Kita, N., NTT Access Network Service Systems Laboratories, Japan(F2)
Kitagawa, J., Shimane University, Japan(PF)
Kitamura, T., Kyushu-University, Japan(G3)
Kitamura, Y., Tohoku Institute of Technologu, Japan(PG9)
Kiuchi, H., Communications Research Laboratory, Japan (J7) (PJ)
Knedlik, S., University of Siegen, Germany(PF)
Knight, J., University of Bath, UK(A3-1)
Knipp, D., United States Air Force Academy, USA(G4) (PG3)Knox, W., Lucent Technologies, USA(D3)
Koana, T., Railway Technical Research Institute, Japan(PK3)
Kobayashi, H., Fujitsu System Integration Laboratories, Japan(B1-2)
Kobayashi, H., National Astronomical Observatory of Japan, Japan(J6) (J9)
Kobayashi, K., Chuo Univesity, Japan(PB)
Kobayashi, M., Yamaguchi University, Japan(B3-1)
Kobayashi, T., Tohoku University, Japan(F9)
Kobayashi, T., University of Tokyo, Japan(D3)
Kobayashi, T., Tokyo Denki University, Japan(F4) (PF)Kodama, O., Tohoku University, Japan(PG7)
Koga, R., Okayama University, Japan(E7)
Koga, Y., National Research Laboratory of Metrology, Japan (A1)
Kohno, K., National Astronomical Observatory of Japan, Japan (PJ)
Kohno, K., Nobeyama Radio Observatory, Japan(J1) (PJ)
Kohno, R., Yokohama National University, Japan(C1&C2)
Koide, N., Nagoya University, Japan(PJ)
Kojima, H., Kyoto University, Japan(H2) (H4)
Kojima, M., Nagoya University, Japan(J4)
Kojima, M., Utsunomiya University, Japan(PK2)
Komaki, S., Osaka University, Japan(C3) (C4/CD)
Komiyama, K., Electrotechnical Laboratory, Japan(A4-1) (PA4)
Komiyama, K., National Institute of Advanced Industrial Science andTechnology(AIST), Japan(A4-1)
Kondo, M., The University of Tokushima, Japan(PB)
Kondo, M., Tokyo University of Mercantile Marine, Japan(PF)
Kondo, T., Kashima Space Research Center / CRL, Japan(J4) (J7) (PG7) (PJ)
Kono, Y., National Astronomical Observatory of Japan, Japan(A1&A2) (PF)Kono, Y., The Graduate University for Advanced Studies, Japan(PA2)
Kontorovich, V., CINVESTAV-IPN, Mexico(E6)
Kopytenko, Y., St. Petersburg Filial of IZMIRAN, Russia(G9) (PG9)
Korany, E., University of Alexandria, Egypt(PC)
Korovkin, N., Moscow Lomonosov State University, Russia(PG9)
Koshikawa, S., Antenna Giken Co., Ltd, Japan(PB)
Kotake, N., Communications Research Laboratory, Japan(PA1)
Kotovich, G., Institute of Solar-Terrestrial Physics, Russia(PG7)
Kotsuka, Y., Tokai University, Japan(K8)
Kourogi, M., Tokyo Institute of Technology, Japan(A3-1)
Koustov, A., University of Saskatchewan, Canada
(PG5)

[L]

-45-

Authors’ Index

Lakhina, G., Indian Institute of Geomagnetism, India(H1)
Lakshmanan, V., National Centre for Radio Astrophysics, TIFR, India(J8)
Lakshmi, D., National Physical Laboratory, India(PG1)
Lalande, P., ONERA, France(E1) (E2)Landstorfer, F., University of Stuttgart, Germany(PK3)
Lapenna, V., Istituto di Metodologie Avanzate di Analisi AmbientaleCNR, Italy(G9)
Lasakul, A., King Mongkut’s Institute of Technology, Thailand (PG5)
Laurila, J., Technische Universitaet Wien, Austria(PB)
Lawn, M., National Measurement Laboratory, CSIRO Australia, Australia(A1) (A2)
Leach, M., CSIRO Australia Telescope National Facility, Australia(J2) (PJ)
Lee, D., KEPRI, South Korea(E9) (K3)
Lee, H., ETRI, South Korea(F1-1) (F2) (PF)Lee, H., Korea Research Institute of Standards and Science, South Korea(A1)
Lee, J., ETRI, South Korea(F1-1) (PF)Lee, J., Hallym University, South Korea(PK3)Lee, J., Korea Advanced Institute of Science and Technology, South Korea(G2)
Lee, J., Radio & Broadcasting Lab., ETRI, South Korea(F2)Lee, K., OPTICIS Co., Ltd., South Korea(D1-2)
Lee, L., National Cheng Kung University, China(SRS)(PE)
Lee, L., National Cheng Kung University, Taiwan(E5)

AP-RASC '01

Lee, S., Radio & Broadcasting Lab., ETRI, South Korea(F2)Lee, S., Tokyo Institute of Technology, Japan(A3-1)
Lee, S., University of Washington, USA(B2)
Lee, T., Academia Sinica, Institute of Astronomy, Chinese Taipei (J2)
Lee, Y., Korea Advanced Institute of Science and Technology, South
Korea(D1-1)
Leelaruji, N., King Mongkut’s Institute of Technology Ladkrabang, Thailand(PF)
Leeuwen, G., Imperial College School of Medicine, UK(PK5)Leong, M., The National University of Singapore, Singapore(B3-2) (F1-1)
Levin, Z., Tel-Aviv Univeristy, Israel(PE)Li, D., National Taiwan University, China(SRS)(B9-1)
Li, L., The National University of Singapore, Singapore(B1-1) (B3-2) (F1-1)
Li, M., Telecommunication Labs. Chunghwa Telecom Co., Ltd.,
China(SRS)(A2) (PA2)
Li, P., New Jersey Institute of Technology, USA(B9-2)
Li, T., Cadence Design Systems, Inc., USA(B9-2)
Liao, C., Telecommunication Labs. Chunghwa Telecom Co., Ltd.,
China(SRS)(A1&A2) (A2) (PA2)
Liberti, J., Telcordia Technologies, USA(B4)
Liberti, M., La Sapienza University of Rome, Italy(K3)
Likhachev, S., Astro Space Center of P.N. Lebedev Physical Institute,
Russia(J7) (PJ)
Lim, D., Ateneo de Manila University, Philippines(PF)
Lim, H., Seoul National University College of Medicine, South Korea(K2)Lim, J., Institute of Astronomy and Astrophysics, Academia Sinica, Chinese Taipei(J1)Lin, C., National Central University, China(SRS)(G1)
Lin, J., University of Illinois at Chicago, USA(K6-1)
Lin, S., The National University of Singapore, Singapore(B3-2)
Liu, B., Beijing University of Posts and Telecommunications, China(CIE)(PC)
Liu, C., National Central University, China(SRS)(PG7)
Liu, J., National Central University, China(SRS)(G1) (G5) (PG7) (G10) (PG9)Liu, Q., Kagoshima University, Japan(PJ)
Liu, R., University of Tokyo, Japan(PK5)
Liu, X., Lucent Technologies, USA(D3)
Liu, X., Urumqi Astronomical Observatory, China(CIE)(PJ)
Livieratos, S., National Technical University of Athens, Greece (PF)Lo, K., Academia Sinica, Institute of Astronomy, Chinese Taipei (J2)
Lo, K., Academia Sinica, Institute of Astronomy, USA(PJ)
Lo, K., Institute of Astronomy and Astrophysics, Academia Sinica(ASIAA),
China(SRS)(J2)
Lochan, R., Jawaharlal Nehru University, India(K4)
Loffeld, O., University of Siegen, Germany(PF)
Lomonosov, A., IZMIRAN, Russia(PG9)Longstaff, I., CSSIP, University of Queensland, Australia(F8)
Lovell, J., ATNF, Australia(PJ)
Lu, G., National Center for Atmospheric Research, USA(G4)Lu, H., Taiwan University, China(SRS)(PJ)
Lu, S., McKessonHBOC Clinical and Biological Services/U.S. Army
Medical Research Detachment, USA(K5) (K6-2) (PK7)Lu, Y., BUPT, China(CIE)(B6)
Lue, H., Fu-Jen University, China(SRS)(G5)
Luehr, H., GeoForshungsZentrum, Germany(G3)Luk, K., City University of Hong Kong, China(CIE)(B3-1)
Luo, G., Northwest Institute of Nuclear Technology, China(CIE)(PB)

Maloushina, N., IZMIRAN, Russia(PG9)Man, E., Optical Access, USA(D4-1)
Manabe, S., National Astronomical Observatory of Japan, Japan (J6)
Manabe, T., Communications Research Laboratory, Japan(PF)
Mankins, J., NASA Headquarters, Office of Space Flight, USA (U1)
Manning, R., Observatoire de Paris, France(H5)
Manoharan, P., Radio Astronomy Centre(NCRA, TIFR), India (H5)
Manouselis, N., Technical University of Crete, Greece(PC)
Marroco, G., University of Rome, Italy(PK5)Martin, R., Academia Sinica, Institute of Astronomy, Chinese Taipei(J2) (PJ)
Martin, R., Research Cooperation of University of Hawaii, USA (J2)
Martin-Cocher, P., Academia Sinica, Institute of Astronomy, Chinese
Taipei(J2)
Maruyama, K., Shizuoka University, Japan(PK5)
Maruyama, N., Hokkaido University, Japan(G3)
Maruyama, T., Communications Research Laboratory, Japan(G5) (G7) (PG3) (PG5) (PG7)
Masada, M., Faculty of horticulture, Chiba university, Japan (PK3)
Mason, P., United States Air Force, USA(PK7)
Masuda, H., National Institutejof Public Health, Japan(PK4)
Masuko, H., Communications Research Laboratory, Japan (F6) (PF)Matsuda, T., Kumamoto National College of Technology, Japan(B9-1)
Matsumoto, H., National Research Laboratory of Metrology, Japan(A3-1) (PA3)
Matsumoto, H., Kyoto Univ., Japan(U1) (H2) (H3) (H4) (H6-1) (H7) (H8) (PU) (PG7) (PH)
Matsumoto, Y., Tohoku University, Japan(A4-1)
Matsumura, H., Waseda University, Japan(J4)
Matsunaga, M., Ehime University, Japan(B3-2)
Matsunaga, T., Tokyo University of Agriculture and Technology, Japan
(PK3)
Matsuo, H., National Astronomical Observatory of Japan, Japan (PJ)
Matsuoka, I., Kyoto University , Japan(U1)
Matsuoka, T., Communications Research Laboratory, Japan(F6)
Matsushita, S., Harvard-Smithsonian Center for Astrophysics, USA(PJ)
Matsushita, Y., Tokyo Electric Power Company, Japan
(PK3)
Matsuura, K., Osaka University, Japan(PE)
Matur, S., McKessonHBOC BioServices, USA(PK7)
Matuura, K., Osaka University, Japan(E9)
Mayer, C., Univ. of Alaska, USA(F1-1)
McGurn, A., Western Michigan University, USA(B2)
McHarg, M., US Air Force Academy, USA(G4)
McSpadden, J., USA(U2)Meltz, M., University of Texas Health Science Center, USA(K4)
Mende, S., University of California, USA(E5) (PE)
Meneghini, R., NASA/GSFC, USA(PF)
Michihira, M., Kobe City College of Technology, Japan(E9)
Mikami, I., Mitsubishi Electric Corporation, Japan(PU)
Mimaki, H., Hosei University, Japan(J4)
Min, K., Korea Advanced Institute of Science and Technology, South
Korea
(G2)
Min, S., Soonchunhyang University, South Korea(E9)
Minakoshi, H., Communications Research Laboratory, Japan(F1-2) (PF) (PG5)Minamisawa, M., RESTEC, Japan(F6)
Minarik, M., FEI-SUT, Slovakia(A2)Minh, Y., Korea Astronomy Observatory, South Korea(J9)
Minode, T., ARIB, Japan(F1-2)
Minoshima, K., National Research Laboratory of Metrology, Japan(A3-1)
Misawa, H., Tohoku University, Japan(J4)
Mitani, T., Kyoto University, Japan(PU)
Miura, A., University of Tokyo, Japan(H7)
Miwa, A., Faculty of horticulture, Chiba university, Japan(PK3)
Miyaji, T., National Astronomical Observatory of Japan, Japan (J6)
Miyake, T., Toyama Prefectural University, Japan(H4)
Miyakoshi, J., Kyoto University, Japan(K3) (PK3)
Miyamoto, H., Tokushima Bunri University, Japan(K2) (PK3)
Miyamoto, S., Osaka University, Japan(E6)
Miyamoto, T., Tokyo Institute of Technology, Japan
(D1-2)
Miyamoto, Y., Fuji Xerox, Japan
(D1-2)
Miyasato, R., Tohoku University, Japan(E5)
Miyawaki, M., Japan Quality Assurance Organization, Japan (A4-2)
Miyazaki, T., Kagoshima University, Japan(J4) (PJ)
Miyazaki, Y., Toyohashi University of Technology, Japan (F9) (PB)
Miyoshi, Y., Tohoku University, Japan(H6-2)
Mizuki, S., Waseda University, Japan(J4)
Mizuno, A., Nagoya University, Japan(PF) (PJ)[M]
M. Nishimo, University of Kagoshima, Japan(J6)
Maci, S., University of Siena, Italy(B1-2)
Madhukumar, A., Centre for Wireless Communications, Singapore(B7&B8)Maeda, S., Kyoto Women’s University, Japan(G4) (PG4)
Maeno, H., Communications Research Laboratory, Japan(F6)
Mahajan, K., National Physical Laboratory, India(G2)
Mahon, S., CSIRO Telecommunications and Industrial Physics, Australia(PJ)
Maio, I., Politecnico di Torino, Italy(E7)
Makaratat, K., King Mongkut’s Institute of Technology Ladkrabang,
Thailand(PG5)
Makarenko, B., NIIRI, Ukraine(C1&C2) (F9) (PK1)
Makarenko, B., Research Institute of Radio Engineering Measurements
JSC(AO NIIRI), Ukraine(PB)
Makarevitch, R., University of Saskatchewan, Canada(PG5)
Makino, S., Kanazawa University, Japan
(E3)

-46-

Nakamura, T., Fuji Xerox, Japan
(D1-2)
Nakamura, T., Fukui Prefectural University, Japan(H1)
Nakamura, T., Kyoto University, Japan(G8)
Nakane, H., National Institute for Environmental Studies, Japan (PF)Nakano, H., Electrotechnical Laboratory, Japan(A4-2)Nakano, H., Hosei University, Japan(J4)
Nakano, K., Association of Super-advanced Electronics Technologies,
Japan
(PE)
Nakaoka, Y., Osaka University, Japan(K1)
Nakasuwan, J., Rajamangala Institute of Technology, Thailand (PG5)
Nakayama, H., Fuji Xerox, Japan
(D1-2)
Nakazawa, M., NTT Network Innovation Laboratories, Japan(A3-1) (A3-2)
Nakazawa, M., NTT, Japan(D3)
Namiki, S., Furukawa Electric Co., Ltd., Japan(D2)
Nan, R., Beijing Astronomical Observatory, China(CIE)(J3)
Nazarchuk, Z., Karpenko Physico-Mechanical Institute, Ukraine(PB)
Neubert, T., Danish Meteorological Institute, Denmark(PE)
Ninomiya, K., Kyoto University, Japan(H4)
Niphatsan, P., Chulalongkorn University, Thailand(B9-1)
Nishi, M., Hiroshima City University, Japan(PG9)
Nishida, T., Hokkaido University, Japan(K5)
Nishikata, A., Tokyo Institute of Technology, Japan(E8)
Nishimura, K., Kyoto University, Japan(H2)
Nishino, M., Kagoshima University, Japan(J4)
Nishio, M., Kagoshima University, Japan(PJ)
Nishio, T., Toyama Prefectural University, Japan(PG7)
Nishitani, N., University of Nagoya, Japan(PG4) (PG5)
Nishizawa, S., Aoyama Gakuin University, Japan(PK3)
Nitta, S., Tokyo University of Agriculture and Technology, Japan(E8)
Noda, S., Kyoto University, Japan(D1-1)
Noguchi, K., Institute of Space and Astronautical Science, Japan(G8)
Noguchi, T., National Astronomical Observatory of Japan, Japan(PJ)
Nojima, T., NTT DoCoMo, Inc., Japan(E6) (K7)Noon, D., CSSIP, University of Queensland, Australia(F8)
Nosich, A., IRE NASU, Ukraine(PB)
Nosov, V., Institute of Solar-Terrestrial Physics, Russia(PG7)
Nozaki, K., Communications Research Laboratory, Japan(G5) (G6) (PG3)
Nozawa, S., STEL, Nagoya University, Japan (G4) (PE) (PG4) (PG7)
Nurdiyana, A., Ehime University, Japan(H6-1)

AP-RASC '01

Mizuno, K., Waseda University, Japan(J4)
Mizuno, M., Communications Research Laboratory, Japan(C3)
Mizuno, N., Nagoya University, Japan(PF) (PJ)
Mizushina, S., Shizuoka University, Japan(PK5)
Mochizuki, S., Chuo University, Japan(K7) (PK7)
Moellenbrock, G., NRAO, USA(PJ)
Mohan, A., University of Technology, Sydney, Australia(K8)
Molchanov, O., NASDA, Japan(G10) (PG9)
Molotov, I., Astro Space Center of P.N. Lebedev Physical Institute, Russia(J7) (PJ)
Molotov, Y., Astro Space Center of P.N. Lebedev Physical Institute, Russia(J7)
Monje, J., Ateneo de Manila University, Philippine(F1-2) (PF)Mori, H., Communications Research Laboratory, Japan(PG7)
Mori, K., Anritsu Corporation, Japan(A1&A2)Mori, K., YRP Advanced Mobile Communication Systems ResearchLaboratories, Japan(PF)
Morihira, A., Fujitsu VLSI Ltd., Japan(PF)
Morikawa, T., Communications Research Laboratory, Japan(A1&A2) (PA1) (PJ)
Morikura, M., NTT/Access Network Service Systems Laboratories, Japan(C3)
Morinaga, N., Osaka University, Japan(E6)
Morioka, A., Tohoku University, Japan(H6-2) (J4) (PG5)
Morioka, T., Electrotechnical Laboratory, Japan(A4-1) (PA4)
Morita, K., National Astronomical Observatory, Japan(PJ)
Morita, Y., Hokkaido University, Japan(K6-1)Moriya, Y., Tokai University, Japan(F1-2) (PG5)Moriyama, E., YRP Advanced Mobile Communication Systems ResearchLaboratories, Japan(PF)
Moriyama, T., Kyushu institute of technology/ Faculty of engineering,
Japan
(E9)
Moros, E., Washington University, USA(K4)
Morrissey, J., Motorola Inc., USA(K4)
Motzkin, S., Polytechnic University, USA(K1)
Moudry, D., University of Alaska Fairbanks, USA(E5)
Moursund, C., Optical Access, USA(D4-1)
Mukai, T., The Inst. of Space and Astronautical Science, Japan(H4) (H6-1)
Murakami, A., Fuji Xerox, Japan
(D1-3)
Murakami, R., The University of Tokushima, Japan(B6) (PB)
Muramoto, K., Kanazawa University, Japan(PF)
Murata, T., Ehime University, Japan(H6-1) (H7)
Murata, Y., The Institute of Space and Astronautical Science, Japan(J9) (PJ)
Murato, R., The University of Tokushima, Japan(PK3)
Murayama, K., Kyoushinn Gikenn, Japan(PG9)
Murayama, Y., Communications Research Laboratory, Japan(PG4) (PG7)
Murphy, D., The Institute of Space and Astronautical Science / Jet P
Laboratory, Japan(J9)
Murphy, M., United States Air Force, USA(PK7)
Muth, L., NIST, USA(A4-1) (PB)
Mutoh, A., Tokyo University of Agriculture and Technology, Japan(E8)
Mutoh, M., National Astronomical Observatory, Japan(PJ)
Myung, S., KERI, South Korea
(K3)

[O]

[N]
Nabatov, A., Institute of Radio Astronomy of Academy of Science of
Ukraine, Ukraine(G8)
Nadai, A., Communications Research Laboratory, Japan(F6)
Nagae, H., Meito Sangyo Co., Ltd., Japan(PK5)
Nagahama, H., Tohoku University, Japan(PG9)Nagahama, T., Nagoya University, Japan(PF)
Nagano, I., Kanazawa University, Japan(E3) (E9) (H4)
(E1) (H5) (H6-1) (H6-2) (PE) (PG7) (PH) (PK5)
Nagao, T., RIKEN-IFREQ, Japan(G9)
Nagao, T., Tokai University, Japan(G9)
Nagawa, H., University of Tokyo, Japan(K4)
Nakagawa, K., NASDA, Japan(D4-2)
Nakagawa, K., University of Electro-Communications, Japan(A3-2) (PA3)
Nakahara, T., Kyoto University, Japan(K3)
Nakajima, D., Japan Quality Assurance, Japan(A4-1)
Nakajima, J., Kashima Space Research Center/CRL, Japan (J7) (PJ)
Nakajima, M., Japan(PB)
Nakajima, T., The University of Tokyo, Japan(PF)
Nakajo, T., Tohoku University, Japan(G8)
Nakamura, A., Hitachi, Ltd., Japan(E8)
Nakamura, K., Nagoya University, Japan
(PF)

-47-

Authors’ Index

Obara, K., Kagoshima University, Japan(PJ)
Obara, T., Communications Research Laboratory, Japan(H6-2)
Ochiai, S., Communications Research Laboratory, Japan(PF)
Oda, T., Central Research Institute of Electric Power Industry / BioScience, Japan(PK3)
Ogawa, H., Osaka Prefecture University, Japan(PF) (PJ)
Ogawa, K., Matsushita Electric Industrial Co. Ltd., Japan(K6-2)
Ogawa, T., Nagoya University, Japan (G6) (PG3) (PG4) (PG5) (PG7)
Ogawa, Y., Nagoya University, Japan(PE) (PG4)
Ohashi, N., Academia Sinica Institute of Astronomy & Astrophysics,
Chinese Taipei(J1)
Ohira, T., ATR Adaptive Communications Research Laboratories, Japan(B4) (C3) (PB)
Ohishi, M., National Astronomical Observatory of Japan, Japan (J8)
Ohkubo, C., National Institute of Public Health, Japan(K3) (PK3) (PK4)
Ohkura, H., NIED, Japan(F6)
Ohmi, T., Nagoya University, Japan(J4)
Ohmukai, R., Communications Research Laboratory, Japan (A3-2)
Ohno, Y., Communications Research Laboratory, Japan(PF)
Ohnuki, S., University of Illinois at Urbana-Champaign, USA (B1-1)
Ohnuma, T., Tohoku University, Japan(K1) (PK1)
Ohsaki, K., Hakuju Institute for Health Science Co., LTD., Japan(K6-1)
Ohshima, S., National Research Laboratory of Metrology, Japan(A1)
Ohshima, S., Toshiba Corporation, Japan(C4/CD)Ohta, K., Chubu University, Japan(E3)
Ohta, Y., The University of Electro-Communications, Japan(PG5)
Ohtaka, K., Communications Research Laboratory, Japan(PG5)
Ohtani, S., The Johns Hopkins University, USA(PG4)
Ohtera, Y., Tohoku University, Japan(D1-1)
Ohtsu, M., Tokyo Institute of Technology, Japan(A3-1)
Ohtsuka, S., Kyushu institute of technology/ Faculty of engineering, Ja-

AP-RASC '01

pan
(E9)
Ohuchi, Y., Anritsu Corporation, Japan(A1)
Okada, M., Railway Technical Research Institute, Japan(PK3)
Okada, T., Toyama Prefectural University, Japan(H4) (PG7)
Okamoto, H., Communications Research Laboratory, Japan(PF)
Okamoto, K., Osaka Prefecture University, Japan(E2) (PF)Okamura, N., Kandenko Co., Japan(B6)
Okano, H., National Institute of Public Health/Pip Tokyo Co., Japan(PK3)
Okano, S., Tohoku Univeristy, Japan(PG4)
Okubo, H., Kashima Space Research Center / CRL, Japan(J7)
Okubo, H., Tokyo Metropolitan Institute of Technology, Japan (F5)
Okuno, Y., Kumamoto University, Japan(B9-1)
Okuzawa, T., The University of Electro-Communications, Japan(PG5)
Omodaka, T., Kagoshima University, Japan(J6) (PJ)
Omura, M., Mitsubishi Electric Corporation, Japan(PU)
Omura, Y., Kyoto University, Japan(H4) (H6-1) (H7) (H8)Onae, A., National Research Laboratory of Metrology, Japan(A3-1) (A3-2) (PA3)Ong, J., Nanyang Technological University, Singapore(F7)
Onishi, T., Nagoya University, Japan(PF)
Ono, T., Tohoku University, Japan(F9) (G8) (H6-1) (PG7)
Oraevsky, V., IZMIRAN, Russia(PG9)
Osaki, H., Kashima Space Research Center / CRL, Japan(J7)
Osaki, K., Hakuju Institute for Health Science Co. Ltd., Japan (PK3)
Osepchuk, J., Full Spectrum Consulting, USA(U2)
Oshida, S., National Research Laboratory of Metrology, Japan (A1)
Oshima, H., Motorola Japan Research Lab., Japan(B7&B8)
Otoma, H., Fuji Xerox, Japan
(D1-2)
Otsuka, Y., Nagoya University, Japan(G3) (PG7)
Otsuki, K., Tohoku University, Japan(PG9)Oya, H., Fukui University of Technology, Japan(F9) (G8) (H6-1) (PG7)Oya, M., Tohoku University, Japan(G8)
Oya, S., Communications Research Laboratory, Japan(D4-1) (D4-2)
Oyama, K., The Institute of Space and Astronautical Science, Japan(G2) (G8) (PE) (PG5)
Oyama, S., Communications Research Laboratory, Japan(PG4)
Ozdemir, C., Mersin University, Turkey(PB)
Ozeki, Y., The University of Tokyo, Japan(C4/CD)

Prilepsky, E., NIIRI, Ukraine(F9)
Pritchett, P., Dept. Physics/UCLA, USA(H5)
Pudovkin, M., St. Petersburg State University, Russia(PG3)
Pulinets, S., IZMIRAN, Russia(G10) (K2) (PG5)Pyee, M., CNRS - LPCE, France
(PF)

[Q]
Qian, Z., Shanghai Astronomical Observatory, CAS, China(CIE)(J6) (J7)
Qie, X., Cold and Arid Regions Environmental and Engineering Institute, China(CIE)(E1)
Qiu, Y., Beijing Astronomical Observatory, China(CIE)(J3)
Qu, X., Beijing Xiyi Hightech Research Institute, China(CIE) (F8)
Quan, Q., Beijing University of Posts and Telecommunications,
China(CIE)
(PC)

[R]
Ra, C., Ban Seok Zeropa, South Korea(K8)
Ra, J., Korea Advanced Institute of Science and Technology, South Korea(B1-2) (F8)
Raffin, P., Academia Sinica, Institute of Astronomy, Chinese Taipei(J2)
Rairden, R., Lockheed-Martin Research Laboratories, USA(PE)
Rama, T., S V University, India(PF)Rao, P., National MST Radar Facility, India(G6) (PG5)Rao, T., S V University, India(PG1)
Rastogi, V., City University of Hong Kong, China(CIE)(B9-1)
Reddy, B., National Geophysical Research Institute, India(PF) (PG1)
Reddy, G., S V University, India(PG1)
Reddy, V., S V University, India(PF)
Reid, M., Harvard-Smithsonian CfA, USA(J5)
Reigber, C., GFZ Potsdam, Germany(G8)
Reilly, L., CSIRO Australia Telescope National Facility, Australia(PJ)
Reiner, M., NASA/GSFC and Catholic Univ. of America, USA(H3) (H5)Reinisch, B., UMass Lowell, USA(H5)
Reyes, F., University of Florida, USA(H8)Reyes, R., Ateneo de Manila University, Philippine(F1-2) (PF)Reynolds, J., ATNF/CSIRO, Australia(J5)
Richmond, A., National Center for Atmospheric Research, USA (G4)
Ridley, A., University of Michigan, USA(PG3)
Rison, W., New Mexico Institute of Mining and Technology, USA(E2)
Roberts, P., CSIRO, Australia Telescope National Facility, Australia(PJ)
Robinson, P., University of Sydney, Australia(H1)
Rockway, J., University of Washington, USA(B2)Rodger, C., LF*EM Research Ltd., New Zealand(E2) (E3) (PE)Rodin, A., Kashima Space Research Center CRL, Japan(A1&A2) (J6) (PA2) (PJ)
Rodriguez, E., Jet Propulsion Laboratory, USA(F6)Rodriguez, G., Toyohashi University of Technology, Japan(PB)
Roettger, J., Max-Planck-Institut fuer Aeronomie, Germany(PF)
Rogers, D., Communications Research Centre Canada, Canada(F1-1)
Romanova, E., Saratov State University, Russia(D3)
Roti Roti, J., Washington University, USA(K4)
Roux, F., Laboratoire d’Aerologie, France(E2)
Ruohoniemi, M., Johns Hopkins University/Applied Physics Laboratory, USA(G7)
Ruoss, H., Robert Bosch GmbH, Germany(PK3)
Russell, P., University of Bath, UK(A3-1)
Ryabova, N., Mary State Technical University, Russia(PG7)
Rybin, A., Scientific Station of IVTRAN, Kyrgyz(PG9)
Rycroft, M., CAESAR Consultancy, UK
(E3)

[P]
Pan, C., Institute of Space Science, NCU, China(SRS)(G6)
Panagopoulos, A., National Technical Univeristy of Athens, Greece(PF)
Papitashvili, N., Raytheon ITSS, USA(PG1)
Park, H., Yonsei University, South Korea(C3)Park, K., LG Innotek Co. Ltd., South Korea(B3-1)
Park, K., The University of Tokushima, Japan(K2) (PK3)Park, S., Korea Research Institute of Standards and Science, South Korea(A1)
Park, W., Pohang University of Science and Technology, South Korea(B3-2)
Park, Y., Ministry of Information and Communication / Electronic DataManagement Center, South Korea(C3)
Pasichiy, D., RADMIR Scientific-research Institute of Radio Engineering Measurements JSC, Ukraine(PK5)
Patra, A., Space Physics Laboratory, India(PG5)
Pavelyev, A., IRE RAS, Russia(G8)Pavelyev, A., Kyoto University, Japan(G6) (PG7)
Payne, J., National Radio Astronomy Observatory, USA(J1) (PJ)
Peng, B., Beijing Astronomical Observatory, China(CIE)(J3)
Peng, Y., Tsinghua University, China(CIE)(F5)
Perez, D., Facultad de Ciencias Exactas UNLP and Centro deInvestigaciones Opticas(CIOp), Argentina(PB)
Perez-Fontan, F., University of Vigo, Spain(F4)
Perley, R., National Radio Astronomy Observatory, USA(J3)Peterson, J., Carnegie Mellon University, USA(PJ)
Phamudji, B., Watukosek Solar Observatory, LAPAN, Indonesia (H7)
Pickard, W., Washington University, USA(K4)
Piner, B., Whittier College, USA(PJ)
Ping, J., National Astronomical Observatory, Japan(PF)
Pirotti, E., NIIRI, Ukraine(PK1)
Podorozhnyak, A., NIIRI, Ukraine(C1&C2)
Pramesh Rao, A., National Centre for Radio Astrophysics, TIFR, India(J3)
Prasad, M., National Physical Laboratory, India(PF)
Price, C., Tel-Aviv Univeristy, Israel
(PE)

[S]
Saad, S., Univesity of Alexandria, Egypt(PC)
Saburi, Y., Anritsu Corporation, Japan(A1)
Safronova, I., IZMIRAN, Russia(K2)
Sagawa, E., Communications Research Laboratory, Japan(PG4)
Sahai, Y., Solar-Terrestrial Environment Laboratory, Nagoya Univ., Japan(PG7)
Sahr, J., University of Washington, USA(G7)
Sait, M., Swinburne University of Technology, Australia(K3)
Saito, A., Cornell University, USA(G3) (PG3)

-48-

-49-

Authors’ Index(PJ)
Sheng, X., City University of Hong Kong, China(CIE)(B2)
Sheppard, A., Asher Sheppard Consulting and Loma Linda University,
USA(K1)
Sherstyukov, O., Kazan State University, Russia(PG5)
Shestopalov, Y., Karlstad University, Sweden(B1-2)
Shi, S., Purple Mountain Observatory, China(CIE)(J2) (PJ)
Shibata, K., National Astronomical Observatory of Japan, Japan (J6)
Shibata, T., University of Electro-Communications, Japan(G2) (PG7)
Shibuya, Y., Communications Research Laboratory, Japan(A1&A2) (PA2)
Shigemitsu, T., Centraal research institute of electric power industry,
Japan
(PK3)
Shigesawa, H., Doshisha University, Japan(PB)
Shiina, T., Toyama National College of Technology, Japan(PF)
Shimada, M., NASDA, Japan(F6)
Shimada, N., University of Tokyo, Japan(H4)
Shimakura, S., Chiba University, Japan(PF) (PG9)Shimakura, S., Graduate School of Science and Technology, Chiba University, Japan
(PH)
Shimizu, H., Hokkaido Institute of Technology, Japan(PK3)
Shimizu, H., YRP Mobile Telecommunications Key Technology ResearchLaboratories, Japan(F4)
Shimizu, K., Graduate School of Engineering, Hokkaido University,
Japan
(PK3)
Shimizu, K., Hokkaido University, Japan(B2) (K5) (K6-1)
Shimizu, T., Kyushu Institute of Technology, Japan(PB)
Shimodaira, Y., Telecommunications Advancement Organization, Japan(D4-1)
Shimooka, T., Hokkaido University, Japan(K6-1)
Shin, C., Radio & Broadcasting Lab., ETRI, South Korea(F2)Shin, H., OPTICIS Co., Ltd., South Korea(D1-2)
Shin, H., SK Telecom, South Korea(B7&B8)
Shin, K., KEPRI, South Korea(E9)Shinagawa, H., Nagoya University, Japan(PG4)Shinohara, N., Kyoto University, Japan(PU)
Shioda, K., Nippon Institute of Technology, Japan(PF)
Shiokawa, K., Nagoya University, Japan(PG3)
Shirai, H., Chuo University, Japan(K7) (PK7)
Shirai, H., Naogya University, Japan(H1)
Shirai, T., Nagoya City University Medical School, Japan(K4)
Shishkov, B., ATR Adaptive Communications Research Laboratories,
Japan
(PB)
Shono, T., NTT/Network Innovation Laboratories, Japan (C1&C2)
Shumaev, V., Mary State Technical University, Russia(PG7)
Sinclair, M., Australia Telescope National Facility, Australia(PJ)
Sinclair, M., CSIRO Australia Telescope National Facility, Australia(J2) (PJ)
Singh, M., University Science of Malaysia, Malaysia(F1-2)
Sizova, L., IZMIRAN, Russia(PG3)
Slyusarev, S., National Research Laboratory of Metrology, Japan(A3-1)
Smirnov, A., Kamchatkian Seismological Department, Geophysical Service, Russia(PG9)Smith, D., United States Geological Surbey, USA(F8)Smith, R., Geophysical Institute, University of Alaska Fairbanks, USA(PG4)
Soloviev, O., St.Petersburg State University, Russia(PE)
Somboonlarp, C., King Mongkut’s Institute of Technology Ladkrabang,
Thailand(PF)
Sonoda, J., Toyohashi University of Technology, Japan(F9)
Soroka, A., Research Institute of Radio Engineering Measurements
JSC(AO NIIRI), Ukraine(C1&C2) (F9) (PB)
Spreitzer, W., Robert Bosch GmbH, Germany(PK3)
Sripathi, S., National MST Radar Facility, India(PG5)
Srisuksant, P., National Electronics and Computer Technology
Center(NECTEC), Thailand(B7&B8)
Stenbaek-Nielsen, H., University of Alaska Fairbanks, USA(E5) (PG7)
Stickley, G., CSSIP, University of Queensland, Australia(F8)
Stievano, I., Politecnico di Torino, Italy(E7)
Stofanik, V., FEI-SUT, Slovakia(A2)
Stough, C., Swinburne University of Technology, Australia(K3)
Strangeway, R., UCLA, USA(H5)
Stuchly, M., University of Victoria, Canada(K5)Su, H., National Cheng Kung University, Taiwan(E5) (PE)Su, Y., Beijing Astronomical Observatory, China(CIE)(J3)
Subrahmanyan, R., CSIRO Australia Telescope National Facility, Australia(J2) (PJ)
Sudo, T., Association of Super-advanced Electronics Technologies, Japan(PE)
Sudo, T., Toshiba Corporation, Japan(PE)

AP-RASC '01

Saito, A., Daido Steel Co., Ltd., Japan(E8)
Saito, F., The Femtosecond Technology Research Association, Japan(D3)
Saito, H., Nagoya University, Japan(PJ)
Saito, K., Chiba University, Japan(K5)
Saito, S., Department of Physics, University of Tromso, Norway(PG4)
Saitoh, K., NTT/Access Network Service Systems Laboratories, Japan(C3)
Saitoh, R., Nippon Institute of Technology, Japan(PF)
Sakai, K., Chiba University, Japan(PG9)
Sakai, T., Graduate School of Science and Technology, Chiba University, Japan(PH)
Sakamoto, A., Fuji Xerox, Japan
(D1-2)
Sakane, T., Sumitomo Osaka Cement Co. Ltd., Japan(B3-1)
Sakanoi, T., Tohoku University, Japan(PG4)
Sakina, K., Tokyo Institute of Technology, Japan(B5)
Sakuma, H., Tohoku University, Japan(PG9)
Sakurai, J., Fuji Xerox, Japan
(D1-2)
Sakurai, T., Tokai University, Japan(H6-2)
Sakurano, H., Ishikawa National College of Technology, Japan (E9)Samokhin, A., Moscow Institute of Radiotechnics, Electronics and Automatics, Russia(PB)
Sangaroon, O., King Mongkut’s Institute of Technology, Thailand(PG5)Sano, M., Nippon Institute of Technology, Japan(PF)
Sano, R., Central Research Institute of Electric Power Industry / BioScience, Japan(PK3)
Saotome, R., Tokyo University of Technology, Japan(PF)
Sarangam, V., S V University, India(PF) (PG1)
Saroso, K., Ionospheric Research and Development Center, Indonesia(G5)
Sasaki, T., NEC Corporation, Japan(D2)
Sasamori, T., Akita Prefectural University, Japan(B6)
Sasanuma, H., Nippon Institute of Technology, Japan(PF)
Sasao, T., National Astronomical Observatory of Japan, Japan(J6) (PJ)
Sastrokusumo, U., Institute of Technology Bandung, Indonesia(F1-2) (PF)Satake, M., Communications Research Laboratory, Japan(F6)
Sato, A., NTT Access Network Service Systems Laboratories, Japan(F2)
Sato, F., Telecommunications Advancement Organization, Japan(D4-1)
Sato, I., Japan Telecom Co.,Ltd., Japan(F3)
Sato, K., Communications Research Laboratory, Japan(F4)
Sato, K., Tohoku Gakuin University, Japan(A4-2)
Sato, M., Tohoku University, Japan(E4) (F9)Sato, N., National Institute of Polar Research, Japan(H6-2) (PG4) (PG5)Sato, R., Tohoku Gakuin University, Japan(E6)
Sato, T., Kyoto University, Japan(PH)
Sato, T., Sumitomo Heavy Industries, Japan(PJ)
Satoh, M., Mitsubishi Electric Corporation, Japan(PU)
Satou, K., National Astronomical Observatory of Japan, Japan (J6)
Sault, R., CSIRO, Australia(J8)
Sawa, T., Kyoto University , Japan(U1)
Sawada-Satoh, S., The Institute of Space and Astronautical Science,
Japan
(PJ)
Sawahashi, M., NTT DoCoMo Inc, Japan(B4) (B7&B8)Sawaya, K., Tohoku University, Japan(B6)
Schar, B., Emergent Inc., USA(PG1)Schlegel, K., MPAE, Germany(E1) (G3)
Scott, W., University of Calgary, Canada(PJ)
Sekido, M., Kashima Space Research Center/CRL, Japan(J6) (J7) (PA2) (PG7) (PJ)
Sekimoto, Y., National Astronomical Observatory of Japan, Japan(J2) (PJ)
Sen, A., Institute for Plasma Research, India(H1) (H2)
Sentman, D., University of Alaska Fairbanks, USA(E5)Sera, M., Tohoku University, Japan(E5)
Servomaa, H., Kanazawa University, Japan(PF)
Seshadri, S., Nihon University, Japan(B1-1)
Seta, M., Communications Research Laboaratory, Japan(PF)
Seto, I., Toshiba Corporation, Japan(C4/CD)
Seto, M., Tohoku Institute of Technologu, Japan(PG9)
Sewell, P., University of Nottingham, UK(D3)
Shan, W., Purple Mountain Observatory, Chinese Academy of Science,
China(CIE)(PJ)
Shardey, V., Swinburne University of Technology, Australia(K3)
Shen, Z., Nanyang Technological University, Singapore(B3-1)
Shen, Z., The Institute of Space and Astronautical Science, Japan

AP-RASC '01

Suga, H., Anritsu Corporation, Japan(A1)
Suga, Y., Chiba University, Japan(PF)
Sugamura, Y., Motorola Japan Research Lab., Japan(B7&B8)
Sugino, M., STEL, Nagoya University, Japan(G4) (PG4)
SSugiura, A., Tohoku University, Japan(A4-1)
Sugiura, T., Shizuoka University, Japan(PK5)
Sugiyama, K., National Research Laboratory of Metrology, Japan(A3-1) (PA3)
Sui, W., Conexant Systems, USA(B9-2)
Sumino, Y., Shinshu University, Japan(PJ)
Sun, X., Beijing University of Posts and Telecommunications,
China(CIE)(C1&C2)Suryana, J., Institute of Technology Bandung, Indonesia(F1-2)
Suryana, J., Lab. of Radio Telecommunication and Microwave, Indonesia(F1-2) (PF)Suwa, M., Hitachi, Ltd., Japan(E8)
Suzuki, H., CSIRO, Australia(F3)
Suzuki, K., NTT Network Innovation Laboratory, Japan(A3-1)
Suzuki, M., Tohoku University, Japan(G4) (PG4)
Suzuki, T., Anritsu Corporation, Japan(A1)
Suzuki, T., Meiji University, Japan(PA1)
Suzuki, T., Nippon Institute of Technology, Japan(PF)
Suzuki, T., Waseda University, Japan(J4)
Suzuyama, T., Kagoshima University, Japan(PJ)
Svelto, C., Politecnico di Milano, Italy(PA3)
Swicord, M., Motorola Inc., USA(K1) (K4)
Syed Hassan, S., University Science of Malaysia, Malaysia(F1-2)
Sykes, P., CSIRO Australia Telescope National Facility, Australia
(PJ)

(PK5)
Tentzeris, E., Georgia Institute of Technology, USA(B9-1)
Terai, K., Mitani Sangyo Co., Ltd., Japan(PK5)
TereScope, OptiSwitch and OptiSwitch Master Teams, ., Optical Access, USA(D4-1)
Thomas, R., New Mexico Institute of Mining and Technology, USA(E2)
Tian, C., Xidian University, China(CIE)(PB)
Tiberio, R., University of Siena, Italy(B1-2)
Tikhov, Y., LG Innotek Co. Ltd., South Korea(B3-1)
Timothy, K., Nanyang Technological University, Singapore(F7)
Tobar, M., University of Western Australia, Australia(A1) (PA1)
Toccafondi, A., University of Siena, Italy(B1-2)
Toda, T., The Institute of Space and Astronautical Science, Japan(D4-2)
Tokuda, M., Kyushu Institute of Technology, Japan(PB)
Tokumaru, M., Nagoya University, Japan(G8) (J4)
Tokushige, K., Takushoku University, Japan(PF)
Tomioka, T., Toshiba Corporation, Japan(C4/CD)
Tomishima, D., Toyama Prefectural University, Japan(H4)
Tomita, M., Komatu Power Tron co., Ltd, Japan(PK5)
Tonegawa, Y., Tokai University, Japan(H6-2)
Toyoshima, M., NASDA, Japan(D4-2)
Toyota, Y., Okayama University, Japan(E7)
Tripathy, M., CNRS - LPCE, France(PF)
Trzaska, H., Wroclaw University of Technology, Poland(A3-2)
Tsai, E., Georgia Institute of Technology, USA(B9-1)
Tsai, H., National Central University, China(SRS)(G1) (G5) (PG7) (G10)Tsai, W., National Central University, China(SRS)(PG7)
Tsakanian, I., Research Institute of Radio Engineering Measurements
JSC(AO NIIRI), Ukraine(PB)
Tseng, W., Telecommunication Labs. Chunghwa Telecom Co., Ltd.,
China(SRS)(A2)
Tshelochkov, G., Scientific Station of IVTRAN, Kyrgyz(PG9)Tsuchiya, F., Tohoku University, Japan(J4)
Tsuchiya, M., The University of Tokyo, Japan(C4/CD)
Tsuda, M., Anritsu Corporation, Japan(A1) (A1&A2)
Tsuda, T., Kyoto University, Japan(G6) (G8) (PG7)
Tsugawa, T., Kyoto University, Japan(G3) (PG3)
Tsuji, M., Doshisha University, Japan(PB)
Tsukada, T., Matsushita Electronic Instruments Corp., Japan (PU)Tsukamoto, K., Osaka University, Japan(C3) (C4/CD)
Tsunoda, R., SRI International, USA(G5) (PG5)
Tsurita, G., University of Tokyo, Japan(K4)
Tsutsui, M., Kyoto Sangyo University, Japan(G9) (PH)Tu, K., Telecommunication Labs. Chunghwa Telecom Co., Ltd.,
China(SRS)(A1&A2)
Tzioumis, A., CSIRO,ATNF, Australia
(J8)

[T]
Tachikawa, Y., Yokogawa Electric Corporation, Japan(PA3)
Taka, Y., Hokkaido University, Japan(B2)
Takabe, M., Communications Research Laboratory, Japan(D4-1)
Takada, J., Tokyo Institute of Technology, Japan(B9-2) (PF)Takada, K., Mitsubishi Electric Corporation, Japan(PU)
Takahashi, F., Communications Research Laboratory, Japan (J7) (PJ)
Takahashi, N., NASDA, Japan(D4-2)
Takahashi, O., Nagoya University, Japan(G6)
Takahashi, Y., Communications Research Laboratory, Japan(A2) (J7)
Takahashi, Y., Tohoku University, Japan(E4) (E5) (PE)Takahei, K., Anritsu Corporation, Japan(A1) (A1&A2)
Takamura, T., Chiba University, Japan(PF)
Takano, H., Kanazawa University, Japan(H6-1)
Takano, T., Chiba University, Japan(PF) (PG9) (PJ)
Takano, T., Institute of Space and Astronautical Science, Japan(A1&A2) (D4-2) (G8) (PA2)
Takashima, Y., Tokyo Institute of Technology, Japan(PK3)
Takeuchi, A., Tohoku University, Japan(PG9)
Takeuchi, T., Osaka University, Japan(K1)
Takeuci, H., Waseda University, Japan(J4)
Takeyama, H., Tokyo University of Agriculture and Technology, Japan(PK3)
Takezono, N., Kanazawa University, Japan(E1)
Taki, M., Tokyo Metropolitan University, Japan(K4) (K7) (K8) (PK4) (PK7)
Takiguchi, Y., Kyushu Institute of Technology, Japan(PB)
Takumi, I., Nagoya Institute of Technology, Japan(PG9)
Talhi, R., CNRS - LPCE, France(PF)
Tamura, K., NTT, Japan(D3)
Tamura, Y., National Astronomical Observatory of Japan, Japan (J6)
Tanaka, M., Akita University, Japan(PE)
Tanaka, M., Communications Research Laboratory, Japan(F5)
Tanaka, M., Oita University, Japan(PB)
Tanaka, N., Waseda University, Japan(J4)
Tanaka, S., NTT DoCoMo Inc., Japan(B4)
Tang, F., Institute of Geology, China Seismological Bureau, China(CIE)(PG9)
Tang, K., Institute of geophysics, Chinese Academy of Sciences,
China(CIE)(H7)
Tangemann, M., Alcatel SEL, Germany(B4)
Tanizuka, N., Osaka Prefecture University, Japan(PJ)
Tanski, A., Agricultural University of Szczecin, Poland(PK3)
Tarricone, L., University of Perugia, Italy(K3)
Tarusawa, Y., NTT DoCoMo, Inc., Japan(E6) (K7)
Tateiba, M., Kyushu University, Japan(B2)
Tatematsu, K., National Astronomical Observatory of Japan, Japan(PJ)
Taylor, M., Utah State University, USA(E5)
Tazawa, K., Toyama Medical and Pharmaceutical University, Japan[U]
Uchino, M., Anritsu Corporation, Japan(A1)
Ueda, A., National Astronomical Observatory of Japan, Japan (PJ)
Ueda, Y., Kyoto University, Japan(H4)
Uehara, K., NTT/Network Innovation Laboratories, Japan (C1&C2)
Uehara, M., Anritsu Corporation, Japan(A1&A2)
Ueki, N., Fuji Xerox, Japan
(D1-2)
Ueno, K., Hokkaido Institute of Technology, Japan(U2)
Ueno, K., Utsunomiya University, Japan(PK7)
Ueno, S., University of Tokyo, Japan(K4) (K6-1) (PK3) (PK5)
Ueno, T., Kanazawa Univ., Japan(PE)
Ujigawa, S., Graduate School of Science and Technology, Chiba University, Japan(PH)
Ujihara, H., The Graduated University for Advanced Studies, Japan(J9)
Ukita, N., National Astronomical Observatory of Japan, Japan (PJ)
Ulvestad, J., NRAO, USA(PJ)
Umeda, T., Kyoto University, Japan(H4) (H7)
Umehara, T., Communications Research Laboratory, Japan(F6)
Umemura, T., Waseda University, Japan(J4)
Umezu, J., Communications Research Laboratory, Japan (A1&A2)
Uno, T., Tokyo University of Agriculture and Technology, Japan (K8)Uo, T., University of Tokyo, Japan(D4-2)Uratsuka, S., Communications Research Laboratory, Japan(F6)
Uryadov, V., Radiophysical Research Institute, Russia(PG7)
Ushio, T., Osaka Prefecture University, Japan(E2)
Ushiyama, A., National Institute of Public Health, Japan (K3) (PK4)Usui, H., Kyoto University, Japan(H4) (H7) (H8)
Uwano, S., NTT Access Network Service Systems Laboratories, Japan(F2)
Uyeda, S., RIKEN International Frontier Research Group on Earthquake,-50-

(G9) (PG9)(J4)

Wu, P., Nanjing University, China(CIE)(J2)
Wu, Y., Beijing Xiyi Hightech Research Institute, China(CIE)(F8)
Wundarto, H., Institute of Technology Bandung, Indonesia(F1-2) (PF)[V]
Vallianatos, F., Technological Educational Institute of Crete, Greece(G9) (PB)
van Zyl, J., Jet Propulsion Laboratory, USA(F6)
Vardiambasis, I., Technological Educational Institute of Crete, Greece(B3-1) (PC)Vijayalaxmi, ., University of Texas Health Science Center, USA (K4)
Vilchinsky, A., NIIRI, Ukraine(F9)
Vivekanandan, J., National Center for Atmospheric Research, USA(F7)

AP-RASC '01

Japan
Uzawa, K., Waseda University, Japan[X]
Xi, F., Beijing University of Posts and Telecommunications, China(CIE)(PC)
Xiao, K., Nagoya University, Japan(PF)
Xiao, Z., Peking University, China(CIE)(H8)
Xu, C., Lucent Technologies, USA(D3)Xu, H., Institute of Geology, China Seismological Bureau, China(CIE)(PG9)
Xu, S., University of Science and Technology of China, China(CIE)(B3-1)[W]
Wabuka, H., NEC Corporation, Japan(E7)
Wada, O., Okayama University, Japan(E7)
Wadsworth, W., University of Bath, UK(A3-1)
Wajima, K., The Institute of Space and Astronautical Science, Japan(PJ)
Wakamori, K., Hamamatsu Photonics K.K., Japan(D4-1)
Wake, K., Communications Research Laboratory, Japan (K8) (PK4)Wang, B., Wichita State University, USA(B4)Wang, H., Beijing Astronomical Observatory, CAS, China(CIE) (J3)
Wang, H., Beijing University of Posts and Telecommunications,
China(CIE)(C1&C2)
Wang, H., Taiwan University, China(SRS)(PJ)
Wang, J., Nagoya Institute of Technology, Japan(K7)
Wang, J., Northwest Institute of Nuclear Technology, China(CIE)(PB)
Wang, M., Academia Sinica, Institute of Astronomy, Chinese Taipei(J2)Wang, W., Shanghai Astronomical Observatory, China(CIE)(J6)
Wang, Y., Institute of Geology, China Seismological Bureau, China(CIE)(PG9)
Wang, Y., Peking University, China(CIE)(A3-1)
Wang, Z., Okayama University, Japan(E7)
Wang, Z., Shaanxi Astronomical Observatory(CSAO), China(CIE)(A1&A2)Warrington, R., National Measurement Laboratory, CSIRO Australia,
Australia(A1) (A2)
Watanabe, H., NTT Advanced Technology, Japan(F2)
Watanabe, K., Ministry of Public Management, Home Affairs, Posts andTelecommunications, Japan(B7&B8)
Watanabe, M., Communications Research Laboratory, Japan (A3-2)
Watanabe, S., Communications Research Laboratory, Japan(K4) (K7) (K8) (PK4) (PK7)
Watanabe, S., Hokkaido University, Japan(G3) (G8) (PG5)
Watanabe, T., Ibaraki University, Japan(H3)
Watanabe, T., Kagoshima University, Japan(PJ)
Watanabe, T., Tohoku Institute of Technologu, Japan(PG9)
Watanabe, Y., Naogya University, Japan(H1)
Watanabe, Y., Nippon Institute of Technology, Japan(PF)
Watanabe, Y., Toyama Prefectural University, Japan(H4)
Watari, S., Communications Research Laboratory, Japan(G1) (H3) (PG4)Waters, C., University of Newcastle, Australia(H5)
Weily, A., University of Technology, Sydney, Australia(K8)
Wescott, E., University of Alaska Fairbanks, USA(E5)White, S., University of Maryland, USA(J3)
Wickert, J., GFZ Potsdam, Germany(G8) (PG7)
Widarta, A., Electrotechnical Laboratory, Japan(PA4)
Widiyatmoko, B., Japan Science and Technology Corporation, Japan(A3-1)
Wild, W., NOVA/SRON, The Netherlands(J1)
Wilfert, O., Brno University of Technology, Czech Republic (D4-1)
Wilkinson, P., IPS Radio and Space Services, Australia(G1) (G3)
Wilson, W., Australia Telescope National Facility, Australia(PJ)
Wincenciak, S., Central Institute for Labour Protection, Poland(PK8)
Winnicki, A., Agricultural University of Szczecin, Poland(PK3)Wong, M., Academia Sinica, China(SRS)(PJ)
Wood, A., Swinburne University of Technology, Australia(K3)
Wouters, M., National Measurement Laboratory, CSIRO Australia, Australia(A1) (A2)
Wright, D., United States Geological Surbey, USA(F8)Wu, G., Communications Research Laboratory, Japan(C3)
Wu, H., Lucent Technology, USA(B9-2)
Wu, J., The University of Tokushima, Japan(PB)
Wu, K., Ecole Polytechnique, Canada(B3-1)[Y]-51-

Authors’ Index

Yabashi, S., Nagoya Institute of Technology, Japan(PG9)
Yagasena, A., University Sains Malaysia, Malaysia(F1-2)
Yagi, T., Furukawa Electric Co., Ltd., Japan(D2)
Yagitani, S., Kanazawa University, Japan(E1) (E3) (H6-1) (PE)Yaguchi, H., Kyoto University, Japan(K3)
Yair, Y., The Open University of Israel, Israel(PE)
Yaji, Y., Chiba University, Japan(PG9)
Yajima, H., Electrotechnical Laboratory, Japan(PA4)
Yamada, A., Chiba University, Japan(PG9)
Yamada, H., Niigata University, Japan(F5) (F6)
Yamada, M., Tokyo University of Technology, Japan(PF)
Yamada, N., Kyoto University, Japan(PG5)
Yamada, Y., Utsunomiya University, Japan(PK2) (PK7)
Yamagishi, H., National Institute of Polar Research, Japan(H6-2) (PG4) (PG5)
Yamaguchi, H., The University of Tokushima, Japan(K2) (PK3)
Yamaguchi, H., University of Tokyo, Japan(K4)
Yamaguchi, N., National Astronomical Observatory of Japan, Japan(PJ)
Yamaguchi, Y., Faculty of horticulture, Chiba university, Japan(PK3)
Yamaguchi, Y., Kyushu Institute of Technology, Japan(PB)
Yamaguchi, Y., Niigata University, Japan(F5) (F6)
Yamamoto, A., NASDA, Japan(D4-2)
Yamamoto, H., The University of Tokushima, Japan(B6)
Yamamoto, M., Fuji Xerox, Japan
(D1-2)
Yamamoto, M., Kyoto University, Japan(G5) (G6) (G8) (PG5)
Yamamoto, M., Tohoku University, Japan(PG7)
Yamamoto, S., The University of Tokyo, Japan(PJ)
Yamamoto, S., University of Tokyo, Japan(PJ)
Yamamoto, T., NTT, Japan(D3)
Yamamoto, Z., Institute of Space and Astronautical Science, Japan(G8)
Yamanaka, Y., Communications Research Laboratory, Japan(A4-1) (K7) (K8) (PK7)
Yamashita, H., Hamamatsu Photonics K.K., Japan(D4-1)
Yamashita, M., Hokkaido Institute of Technology, Japan(PK3)
Yamawaki, T., NASDA, Japan(D4-2)
Yamazaki, A., Communications Research Laboratory, Japan(PF)
Yamazaki, K., Central Research Institute of Electric Power Industry,
Japan
(PK3)
Yamazaki, R., Communications Research Laboratory, Japan (PG7)
Yamazaki, Y., Kanazawa University, Japan(PK5)
Yanada, A., Chiba University, Japan(PG9)Yang, J., Tsinghua University, China(CIE)(F5)
Yang, K., KERI, South Korea(E9)Yang, S., Institute of Geology and Geophysics,Chinese Academy of Sciences, China(CIE)(PG9)
Yano, H., Institute of Space and Astronautical Science, Japan (E4)
Yasukawa, H., Aichi Prefectural University, Japan(PG9)
Yasumoto, K., Kyushu University, Japan(B3-2)
Yasuno, J., University of Electro-Communications, Japan(G2)
Ye, S., Shanghai Astronomical Observatory, CAS, China(CIE) (J7)
Yeo, T., The National University of Singapore, Singapore(B3-2) (F1-1)
Yin, X., Southeast University, China(CIE)(F4)
Yogun, M., TUBITAK-UME(National Metrology Institute), Turkey(A4-2)
Yokobe, A., Nagoya University, Japan(J4)
Yokota, M., Miyazaki University, Japan(PB)
Yokouchi, N., Furukawa Electric Co., Ltd., Japan
(D1-2)
Yokoyama, K., National Astronomical Observatory of Japan, Japan

AP-RASC '01(J6)
Yokoyama, T., Kyoto University, Japan(PG5)
Yonekura, D., The University of Tokushima, Japan(B6)
Yonekura, K., National Space Development Agency of Japan, Japan(A1&A2)
Yonekura, Y., Osaka Prefecture University, Japan(PF) (PJ)
Yoo, D., Electorinics and Telecommunications Research Institute, South
Korea
(K2)
Yoshida, M., Kyoto University, Japan(K3)
Yoshida, T., Hiroshima City University, Japan(PG9)
Yoshida, T., University of Electro-Commmunications, Japan (A4-1)
Yoshida, Y., Faculty of horticulture, Chiba university, Japan (PK3)
Yoshikado, S., Communications Research Laboratory, Japan (D4-2)
Yoshikawa, M., Fuji Xerox, Japan
(D1-2)
Yoshimura, H., Chiba University, Japan(K5) (K6-2)
Yoshimura, Y., Kanazawa Univ., Indust. Res. Inst. of Ishikawa, Japan(PE)
Yoshino, C., RIKEN International Frontier Research Group on Earthquake, Japan(G9)
Yoshino, T., Communications Research Laboratory, Japan (J7) (PJ)
Yoshino, T., Fukui University of Technology, Japan(PH)
Yoshizaki, K., The University of Tokushima, Japan(K2) (PK3)Yu, X., BUPT, China(CIE)(B6)
Yukimatu, A., National Institute of Polar Research, Japan(PG4)
Yukimatu, S., National Institute of Polar Research, Japan(PG5)
Yulianti, L., Institute of Technology Bandung, Indonesia(F1-2)
Yumoto, K., Kyushu University, Japan(G9) (PG3)[Z]
Zeng, X., University of Science and Technology of China, China(CIE)(B3-1)
Zhang, G., National Center for Atmospheric Research, USA(F7)Zhang, H., Institute of Environmental Health Monitoring, CAPM,
China(CIE)(K6-1)
Zhang, J., Peking University, China(CIE)(A3-1)
Zhang, P., Beijing University of Posts and Telecommunications,
China(CIE)(PC)
Zhang, T., Peking University, China(CIE)(H8)
Zhang, W., Purple Mountain Observatory, Chinese Academy of Science,
China(CIE)(PJ)
Zhang, W., Southeast University, China(CIE)(B1-1) (B1-2)
Zhang, X., Beijing Astronomical Observatory, CAS, China(CIE) (J3)
Zhang, Z., Beijing Xiyi Hightech Research Institute, China(CIE) (F8)
Zhou, C., University of Washington, USA(G7)Zhou, D., Kumamoto University, Japan(B9-1)
Zhu, H., NOKIA-Japan, Co., Ltd., Japan(PF)
Zhu, L., Beijing Astronomical Observatory, China(CIE)(J3)
Zhu, W., Beijing Astronomical Observatory, China(CIE)(J3)
Ziriax, J., United States Navy, USA
(PK7)

-52-

AP-RASC '01

Memo

Memo

-53-

AP-RASC '01

Floor Guide of Chuo University-Map of the Conference Site(Chuo University, Korakuen Campus)

for

Ots
u

Tomisakaue
Bus Stop

ka

West
Gate

tion
a Sta
asug
K
r
fo
CentralGate

5Main Gate

East
Gate

9
7

6

8

1

REGISTRATION
DESK

2
3
4

1

Building No.1 (Room M6, M7, Cafeteria II)

6 Building No.6 (Room P1-P7, Room M1-M5)

2

Building No.2

7 Building No.7 (General Store)

3

Building No.3

8 Building No.8

4

Building No.4

9 Outdoor Athletic Facilities

5

Building No.5 (Room U, A-K, X, Y, Cafeteria I)-54-

Building No.5

5th
Floor

Lobby

WC (Gentlemen)

AP-RASC '01

Floor Guide of Chuo University

Refreshment Room(No Smoking)

Room

U

WC (Gentlemen)

Room

Room

A

B

Room

Room

C

E

3rd
Floor

to Building No.6

WC (Ladies / Gentlemen)

Room

Room

F

G

Room

Room

H

J

2nd
Floor

Committee's Room
Room

D

K

Room

Room

X

Y

1st
Floor

Secretariat

REGISTRATION DESK
(Information Desk)-55-

Floor Guide

RoomAP-RASC '01

Floor Guide of Chuo University

Building No.5
1st Basement

Cafeteria I

Building No.6
Computer Room

8th Floor
Room Room Room Room

M1

M2

M3

M4

Room M5

7th Floor

to Building No.5

Room

Room

Room

Room

P1

P2

P3

P4

Room

Room

Room

P5

P6

P7

3rd Floor-56-

AP-RASC '01

Floor Guide of Chuo University

Building No.1

Room M6

6th Floor

Room M7

2nd Floor

1stBasement

Cafeteria II

Floor Guide-57-

AP-RASC '01

Access Map

Direct Limousine Bus
to Tokyo Dome Hotel&to Hotel Edmont(JPY3000)

JR Yamanote LineNEW TOKYO
INTERNATIONALAIRPORT(NARITA)TERMINAL-1
TERMINAL-2
AOTO

NIPPORI

Keisei: SKYLINER
60min. JPY1920
IKEBUKURO

JR Narita Express
60min.
JPY2940

CONEFRENCE SITE
(Chuo University)
KeiseiUENO

UENO
UENOOKACHIMACHI

KASUGA

KURAMAE

KORAKUEN
Namboku Line
(subway)

SUIDO-BASHIOCHANOMIZUAKIHABARASHINJUKU
YOTSUYA

JR Chuo Line

KANDA

TOKYO

HAMAMATSU-CHO
DAIMONSHINAGAWATOKYO
INTERNATIONALAIRPORT(HANEDA)

JR
Keisei Line
Keihin Kyuko/Asakusa Line (subway)
Tokyo Monorail
Marunouchi Line (subway)
Oedo Line (subway)

For Further Information;
AP-RASC ’01 Tour Desk
Kinki Nippon Tourist Co., Ltd.
Phone: +81-3-3263-5581
Fax: +81-3-3263-5961
E-mail: aprasc-tour@knt-tokyo.gr.jp-58-

AP-RASC '01

Area Map*Ex.=Exit
Ka

su

ga

Do

CONFERENCE SITE

Av
e.)

M

aru

no

Ex.A3
(7min.)

Kasuga sta.

uc

hi

sta.

Korakuen sta.

(Chuo University)(1-13-28 Kasuga, Bunkyo-ku,
Tokyo 112-8551)

ga
Kasu

ri (

Ex.6 (5min.)Line

Rekisen
Park

(su

bw

ay

(5min.)
Ex.4b)

Bunkyo Civic
Center

Metro·M Korakuen

Korakuen
Amusement
Park

Tokyo Dome

w ay
e(

sub

Oedo

in

ta.

Sotobori Do

IiTokyo Dome Hotel(10min.)

s
bashi

ta.

H

uL

Suido

Korakuen
YuenchiTower Land

)

Line

ay)

(subw

ay)

(subw

ok
Namb

hi s

as
dab

H

Line

Koishikawa
Korakuen

Suidobashi
Grand Hotel(10min.)

Mita

ve.)
ori (A

Korakuen
Kaikan

an D

s
Haku

Korakuen sta.

ri (Ave.)
H

Green Hotel Korakuen (12min.)

JR Chuo/Sobu

To

za

iL

ine Iid(su ababw shiay sta
)

.

H

Line

Suidobashi sta.

Hotel
Edmont (15min.)

1 5 min. walk from-59-

Access/Area Map

Korakuen sta., Subway Namboku Line
Marunouchi Line
Kasuga sta., Subway Oedo Line
2 7 min. walk from Kasuga sta., Subway Mita Line
3 12 min. walk from Suidobashi sta., JR Chuo/Sobu Line