PROGRAM AT A GLANCE
11/3 (Mon) Registration (16:00-19:00) “2nd Floor, Sendai International Center”

11/4 (Tue)

10:30

Room A (Tachibana)Room B (Hagi)

WS1A

WS1B

Introduction to Advanced
Materials Measurements

13:30
14:30

Room C (Shirakashi 1) Room D (Shirakashi 2) Room E (Meeting Room 1) Room F (Meeting Room 2) Room G (Sakura)
WS1C

Introduction to Theory ofOperation and Reliability in
Vector Network Analyzer
Measurement at RF,
Microwave and MillimeterWave Frequencies

WS2D

Biomedical Effects andApplications: from Microwaves
to THzWelcome Reception (18:00-19:30) “Sendai International Center”
11/5 (Wed) Room A (Tachibana)
WE1A

Multifunctional Filters

11:10
11:30
13:10
14:30

16:50

18:30

Room B (Hagi)

SC1E

Fundamentals of MMIC Design

SC2E

Theory and Practice inMicrowave High Power
Amplifiers

SC2F

Theory and Practice inMicrowave Filter Designs

Registration (9:00-18:00) “2nd Floor, Sendai International Center”

Room C (Shirakashi 1) Room D (Shirakashi 2) Room E (Meeting Room 1) Room F (Meeting Room 2) Room G (Sakura)

WE1B

WE1C

Couplers and Power Dividers I

Broadband and Multiband
Antennas I

WE1D

Waveguide andTransmission-Line Structures

WE1E

Advanced Passive
Components and Tunable
Devices

WE1F

Electromagnetic Compatibility

COFFEE BREAK
WE2 (Room H (Main Hall))
Opening Ceremony
Keynote Address, Special Talk
LUNCH TIME
WE3A

Wideband Filters and Couplers

16:30

Recent Advances in
Microwave Filters

LUNCH TIME

17:30

9:30

WS1D

Trend of New Materials andDevices for Next Innovation

WE3B

WE3C

Distortion Compensation
Techniques

Array Signal Processing andAntenna Measurements

WE3D

Metamaterials and Periodic
Structures I

WE3E

THz and Millimeter-Wave
Integrated Circuit Technology

WE3F

Space Microwave Wireless
and Sensing Technology

COFFEE BREAK
WE4A

Let us Talk and Share Ideas
for Increasing Women in
APMC- Women in Engineering (WIE) -

WE4B

WE4C

GaN Focus Session I : RFGaN Status and Future

Broadband and Multiband
Antennas II

WE4DMetamaterials and Periodic
Structures II

WE4E

Low Noise and High Power
Amplifiers and Applications

WE4F

High Speed Digital Circuits
and System Integrity

WE3G
15:30-17:00
Open Forum(Poster)

Registration (8:30-17:00) “2nd Floor, Sendai International Center”
11/6 (Thu)

8:30

10:10
10:30

Room A (Tachibana)
TH1A

Mobile and WirelessCommunication System
Technologies I

12:10

15:30
15:50

Room C (Shirakashi 1) Room D (Shirakashi 2) Room E (Meeting Room 1) Room F (Meeting Room 2) Room G (Sakura)

TH1B

TH1C

Novel Low Noise Amplifiers
and Related Technologies

Microwave Measurement andMaterial Characterization I

TH2A

TH2B

TH2C

Antennas and Propagation
Technologies for MIMO
Communications

Microwave Measurement andMaterial Characterization II

TH3A

Mobile and WirelessCommunication System
Technologies II

TH3B

TH4A

12:10

TH2F

Advanced Microwave
Technologies in East Asia

TH3C

TH3D

TH3E

TH1G
10:00-11:30
Open Forum(Poster)

TH3F

Antennas for Mobile
Communications

Millimeter-Wave
Communication and Radar
Systems

Recent R&D
Topics in East Asia

TH4B

TH4C

TH4D

TH4E

TH4F

GaAs- and Si-Based Power
Amplifiers

Room A (Tachibana)Room B (Hagi)

FR1A

FR1B

Near Field and Grid
Solutions for WirelessPower Transfer

Couplers and Power
Dividers II

Outstanding Asian Young
Researchers

Broadband and Multiband
Antennas III

FR2A

TH3G
15:30-17:00
Open Forum(Poster)

Registration (8:00-17:00) “2nd Floor, Sendai International Center”

Room C (Shirakashi 1) Room D (Shirakashi 2) Room E (Meeting Room 1) Room F (Meeting Room 2) Room G (Sakura)

GaN Focus Session II :Power GaN Status and Future

FR1C

Recent Advances in
Bandpass Filters

FR1D

Doppler Radar for Smart
Buildings and Mobile Health

FR1E

Design of Novel CMOS andMillimeter-Wave VCOs

FR1F

Antenna Theory and CAD

COFFEE BREAK
Historical Review ofMicrowave Devices in Japan

13:30

TH2E

National ICT R&D Projects
in Japan

COFFEE BREAK

Future Mobile and WirelessCommunication Systems

10:30

TH2D

Small-Scale Communicationand Sensing Systems

Advances in Far-Field
Wireless Power Transfer
Systems

17:30

10:10

TH1F

Japanese Industrial Session

Millimeter-Wave HighPower Transmitter and Switch
Based on GaN and CMOS

Award Banquet (19:00-21:00) “Sendai Shozankan”

8:30

TH1E

Millimeter-Wave and Terahertz
Antennas

LUNCH TIME

Resilient ICT Session for
Disaster Relief

11/7 (Fri)

TH1D

Biomedical Applications andRFID Tag Antennas

COFFEE BREAK
EuMA Special Session

13:30

Room B (Hagi)

FR2BHigh Efficiency GaN
HEMT Power Amplifiers
for Wireless Communication

FR2C

Wireless Power Transfer
Technologies I

FR2D

Radar, Remote Sensing andImaging Systems I

FR2E

Mixers and Frequency
Converters Technology for
RF-Frontends

FR2F

Radio Wave Propagation
Studies in Various
Environments

FR1G
10:00-11:30
Open Forum(Poster)

LUNCH TIME
FR3A

Millimeter-Wave / Terahertz
Devices and Systems

FR3B

ET & EER Technologies

FR3C

Wireless Power Transfer
Technologies II

FR3D

Radar, Remote Sensing andImaging Systems II

15:30
Rump Session (18:30-20:30) “Sendai Akiu Spa Hotel Iwanumaya”

FR3E

Millimeter-Wave and THz
Tranceivers and Building
BlocksFR3F

Novel Design Techniques ofPlanar Microwave Filters

FR3G
14:00-15:30
Open Forum(Poster)

Registration (8:00-14:30) “2nd Floor, Sendai International Center”

i2i

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FLOOR PLAN
Sendai International Center
1st Floor

TEA Ceremony (Japanese Style) Room

Entrance Hall

Room E(Meeting Room 1)

Room F(Meeting Room 2)

2nd Floor
Room H
Main Hall
Room G(Sakura)Room B

Registration Desk

(Hagi)

3rd Floor

Room A(Tachibana)Room C(Shirakashi 1)

Room D(Shirakashi 2)ii

ii_FLOOR PLAN_9_22.indd

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TAB LE OF CONTENTSPROGRAM AT A GLANCE ........................................................................................... i
FLOOR PLAN ................................................................................................................. ii
TABLE OF CONTENTS................................................................................................ iii
GREETINGS FROM THE STEERING COMMITTEE CHAIR..................................... 1
MESSAGE FROM THE TECHNICAL PROGRAM COMMITTEE CHAIR ................ 1
SPONSORS ...................................................................................................................... 2
GENERAL INFORMATION ........................................................................................... 3
CONFERENCE SITE ................................................................................... 3
SENDAI ........................................................................................................ 3
REGISTRATION ......................................................................................... 3
HOTEL ACCOMMODATIONS .................................................................. 5
OFFICIAL TRAVEL AGENT ...................................................................... 5
YOUTH HOSTEL INFORMATION ............................................................ 5
HOTEL LOCATION .................................................................................... 5
TRANSPORTATION ................................................................................... 5
OTHER INFORMATION ............................................................................. 6
SOCIAL PROGRAM .................................................................................... 6
MEETINGS INFORMATION ...................................................................... 7
APMC 2014 PRIZE AND APMC 2014 STUDENT PRIZE ............................................ 8
TECHINICAL SESSIONS (Special Sessions) ..................................................................9
TECHNICAL SESSIONS (Oral Sessions) ..................................................................... 12
TECHNICAL SESSIONS (Poster Sessions) .................................................................. 24
WORKSHOPS ................................................................................................................ 32
SHORT COURSES ........................................................................................................ 34
RUMP SESSION ............................................................................................................ 35
STUDENT DESIGN COMPETITIONS ........................................................................ 35
EXHIBITION ................................................................................................................. 35
APMC 2014 COMMITTEE OFFICERS ........................................................................ 36

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GREETINGS FROM THE STEERING COMMITTEE CHAIR
direction of our microwave and antenna technologies. At APMC
2014, we establish “Student Design Competition” program toencourage young engineers. I hope they will exchange theirtechnical knowledge and cultures by attending this program.
APMC 2014 is organized and sponsored by the Institute ofElectronics, Information and Communication Engineers (IEICE).
It is technically sponsored by IEEE MTT-S, EuMA, IEEE AP-S
RSI,SI, IEEE MTT-S apan/ ansai/Nagoya Chapters and supported by the Ministry of Internal Affairs and Communications ofapanese Government.
I would like to express my gratitude to the authors andattendees for their technical contributions to APMC 2014. I also
thank the sponsors, the supporters, the exhibitors, the committee
members and the secretariats of our conference.
Finally, I wish you will completely enjoy the conference andyour stay in Sendai.

It is my great honor to welcome all of you to the 2014 AsiaPacific Microwave Conference (APMC 2014), which will be held
during November 4 , 2014 at Sendai International Center in
Sendai, apan.
As you know well, Sendai is one of the historic sites for
microwave antenna engineering and is the birthplace of agida antenna, which won the first worldwide historic recognition
as an IEEE milestone in the Asia-Pacific region. Please get
inspiration from Sendai and the microwave antenna heritages.
Three years ago, we had the Great East apan Earthquake, which
struck the Tohoku (North-eastern) region of apan and the
Tohoku was devastated by the enormous earthquake and tsunami.
With the warmest help and supports from all over the world, theTohoku s restoration and reconstruction are now in progress.
In consideration of the aim of hosting APMC 2014 in Sendai,
we will host the conference under the theme of “ Resilient
Networks from the Microwave Heartland” and organize following
two special sessions. 1) Historical session: A story of agi- daantenna and other historic stories will be introduced. 2) Resilient
ICT session: R D of wireless network and H/W against largescale disasters will be presented. We will have two excellent
guest speakers, Prof. Fumiyuki Adachi, Tohoku niversity, andAstronaut Naoko amazaki. They will give talks on “Challenges
Toward Spectrum-Energy Efficient Gigabit Wireless Networks”
and “ ife in Space and Wireless Technology,” following thepening Ceremony. I believe their talks will show the future

Noriharu Suematsu
APMC 2014 Steering Committee Chair

MESSAGE FROM THE TECHNICAL PROGRAM COMMITTEE CHAIR
shares recent progress in microwave technologies and products
for future wireless systems.
The technical program will start with the Workshops and Short
Courses on Tuesday, November 4, which cover from fundamental
circuit/component design techniques to recent progress in device
technologies and measurement in the microwave field. The
technical sessions in parallel tracks will be held on Wednesday,Thursday, and Friday. The last session of APMC 2014, the Rump
Session, will focus on Wireless Power Transfer Systems.
The plenary session is scheduled on Wednesday morning,
November 5, where Prof. Fumiyuki Adachi from Tohoku
niversity will present his eynote Address entitled, “Challenges
Toward Spectrum-Energy Efficient Gigabit Wireless Networks.”
Astronaut Naoko amazaki will make a presentation entitled,“ ife in Space and Wireless Technology” as well.
Special sessions involve EuMA session
based on the collaboration between the
APMC and the European Microwave
Association EuMA , Historical Review
of Microwave Devices in apan, Resilient
ICT session for Disaster Relief, and soon. EuMA session will demonstrate recent
progress in European microwave
technologies. Historical Review session

n behalf of the APMC 2014 Technical Program Committee
TPC , it is an honor to introduce the technical program. The
APMC is the largest microwave conference in the Asia-Pacificregion, bringing together international researchers, engineers, andstudents to showcase the most advanced research and development
in microwave technologies. Sixty-five technical sessions, both oral
and poster, which include various Special Sessions, are organized.
In addition, the technical program will be supplemented with 5
Workshops,
Short Courses, one Rump Session, 2 Student
Design Competitions, and one Technical Tour. The TechnicalTour will feature the following labs that are involved in ResearchInstitute of Electrical Communication RIEC of Tohoku
niversity, and NICT Resilient ICT Research Center.
APMC 2014 will offer a number of new initiatives to enhance
the microwave technologies in the Asia-Pacific region IEEE
Region 10 . First, we invited to submit proposals for special
sessions and workshops/short courses. 4 outstanding proposal
special sessions and hot-topic workshops were selected. Second,
the student design competition, for the first time, will beorganized in APMCs. Another new initiative in APMC 2014
expands the microwave community in IEICE and IEEE Region
10. Women-In-Engineering WIE special session offers an
opportunity to talk and share the ideas for increasing womenengineers in APMC. apanese Industrial special session also
1

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MESSAGE FROM THE TECHNICAL PROGRAM COMMITTEE CHAIR
like to express our deepest gratitude to
5 reviewers, 2
subcommittee chairs, and 0 TPC members for their enthusiasm
and dedication to develop an outstanding technical program. We
are looking forward to an exciting program and hope you canenjoy APMC 2014 in Sendai, apan.

will introduce linear antennas, such as agi- da antenna,
microwave tubes, and phased array antennas developed in Tohoku
niversity and apan. Resilient ICT session will provide several
perspectives on the challenges for disaster relief by resilient ICT.
The TPC selected 524 outstanding papers including invited
papers from
submitted from 40 countries, with 2 5 oralpresentations and 2 9 poster ones.
n behalf of the APMC 2014 Steering Committee, we would

enjiro Nishikawa
APMC 201 Technical Program
Committee Chair

SPONSORS
Platinum Sponsor
Gold Sponsor
Silver Sponsors

The Institute of Electronics, Information and Communication
Engineers IEICEIEEE MTT-S
IEEE AP-S
EuMA
RSIIEEE MTT-S apan/ ansai/Nagoya Chapters
The Technical Committee on Microwaves, Electronics Society,
IEICE
The Technical Committee on Electronics Simulation Technology,
Electronics Society, IEICEThe Technical Committee on Microwave Photonics, Electronics
Society, IEICEIEEE Sendai Section
The apan Institute of Electronics Packaging
apan Society of Electromagnetic Wave Energy Applications
IEE Investigative Committee on Innovative Electromagnetic
Technologies and Their Applied Developments

Item Sponsors: Rohde Schwarz apan
: ANRITS C RP RATI N: AWR apan . .
eysight Technologies apan G. .
: Device Co., td.
MPI Corporation
NetWell Corporation
RF test ab Co., td.
Sonnet Giken Co., td.
Toshiba Corporation
Technoprobe, Co., td.

Intelligent Cosmos Scientific Foundation
DDI Foundation
Research Foundation for the Electrotechnology of Chubu
Sendai Tourism Convention Bureau
Support Center for Advanced Telecommunications Technology
Research, Foundation
The Foundation for The Promotion of Electrical Communication
Engineering
The Murata Science Foundation
The Telecommunication Advancement Foundation

Supported by Ministry of Internal Affairs and Communications

2

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GENERAL INFORMATION
for the “ Conference” (from November 5 to 7, 2014) and/or the“ Workshops/Short Courses” (on November 4, 2014).
Pre-Registration (Early Bird & Advanced) is available on the
APMC 2014 website from August 8 to October 24, 2014.
For those who cannot register beforehand, On-Site Registration
is available at the Registration Desk at the Conference venue
from November 3 to 7, 2014.

CONFERENCE SITE
The conference will be held at the Sendai International Center,
which is one of the largest convention centers in Japan’ s Tohoku(northeast) Region, consisting of conference rooms and an
exhibition hall, and is located in the urban area of Sendai City.
The Workshops & Short Courses (on November 4, 2014) andthe Technical Sessions (from November 5 to 7, 2014) will be heldin different rooms on the 1st, 2nd, and rd oors of the center.
There is also a large hall for the Opening Ceremony, followed by
the Keynote Address and the Special Talk (on November 5 ). The
exhibition hall will be used for the exhibition booths and Student
Design Competitions.

Reg istratio n Fees
The registration fees are separated for the “ Conference” and“ Workshops/Short Courses,” but you can take advantage of abetter deal by selecting “ Superpass,” which covers both the“ Conference” and “ Workshops/Short Courses.”Those who registered for the “ Conference” will get admission
to the Welcome Reception (on November 4, 2014), the Opening
Ceremony and Keynote Addresses (on November 5 , 2014), andthe Technical Sessions (from November 5 to 7, 2014).
Those who registered for the “ Workshops/Short Courses” will
get admission to the Workshops/Short Courses on November 4,
2014.
There are also privileges of membership of the APMC 2014
sponsoring organizations; “ IEICE,” “ IEEE MTT-S,” “ IEEE AP-S,”“ EuMA,” “ URSI,” “ JIEP,” or “ JEMEA.”
Please visit thesponsoring organizations’ websites for membership application,
only if you like.
The Registration Fee differs depending on;a. the application date for registrationb. whether the registrant is a student/retiree or notc. whether the registrant is a member of any of the APMC
2014 Sponsoring Organizations above or not
Those who selected “ Student” will be req uired to show theirstudent ID on their arrival at the Registration Desk at theConference venue. In case you are a student now and if you are
graduating from school before the date of APMC 2014
(November 4, 2014), please bring a copy of your student ID to theRegistration Desk. The student ID must be written either in

SENDAI
Sendai has a population of one million and is the political andeconomic center of Japan’ s Tohoku Region, one of the sevenmajor regions in Japan. Although Sendai is a large city, it is
known throughout Japan as a modern city which is in harmony
with nature. The city possesses beautiful scenery, such as theHirose River, running through central Sendai, and the lush Zelkova
trees that line the central city. Greenery is especially abundant in
the center of the city, which has tree-lined streets and parks.
Sendai is located approximately 300 kilometers north of Tokyoon the Pacific coast of Honshu the largest of apan s four majorislands). It takes about 1 hour and 30 minutes to reach Sendai
from Tokyo on the Tohoku Bullet Train (Tohoku Shinkansen).
Sendai also has regular ights to and from major domestic andinternational cities.

REGISTRATION
Pre- Reg istratio n ( Earl y B ird &Reg istratio n

Ad v an ced ) an d On - Site

Those who intend to participate in the 2014 Asia-PacificMicrowave Conference (APMC 2014), including the speakers,
session chairs, committee members, etc., are req uested to register

Registration
Registration TypeSuperpass(Conference +Workshops/
ShortCourse)

Conference

Workshops/
ShortCourse

EarlyBird
from Aug. 8 – Sept. 30

Advancedfrom Oct. 1 to 24

On-SiteRegistrationfrom Nov. 3 to 7

Regular(Member)

50,000*JPY

55,000*JPY

65,000JPY

Regular(Non-Member)

60,000*JPY

65,000*JPY

75,000JPY

Student/Retiree(Member)

15,000**JPY

18,000**JPY

23,000JPY

Student/Retiree(Non-Member)

20,000**JPY

23,000**JPY

28,000JPY

Regular(Member)

48,000*JPY

53,000*JPY

60,000JPY

Regular(Non-Member)

58,000*JPY

63,000*JPY

70,000JPY

Student/Retiree(Member)

13,000JPY

16,000JPY

18,000JPY

Student/Retiree(Non-Member)

18,000JPY

21,000JPY

23,000JPY

Regular(Member)

6,000*JPY

7,000*JPY

10,000JPY

Regular(Non-Member)

7,000*JPY

8,000*JPY

12,000JPY

Student/Retiree(Member)

3,000JPY

4,000JPY

5,000JPY

Student/Retiree(Non-Member)

4,000JPY

5,000JPY

6,000JPY* With Box Lunch, ** with box lunch for “invited” speakers

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03_08GENERAL INFORMATION_9_25.indd

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GENERAL INFORMATION
Ru mp Sessio n

English or in Japanese.
The definition of “Retiree” is as follows: a person who isattaining the age of 60 years as of November 4, 2014, and not
gainfully employed. Those who selected “ Retiree” will be
req uired to show a legal ID on their birthday on their arrival at theRegistration Desk at the Conference venue. The ID must be
written either in English or in Japanese.

For those who registered for the “ Conference” (or“ Superpass” ), the Rump Session is scheduled on the evening of
the last day of the Conference (Friday, November 7, 2014) at aJapanese style hotel called “ Iwanumaya” in the Akiu Onsen resortarea.
The registrants of the “ Conference (or Superpass)” canparticipate in this event with an extra fee, which covers theparticipation in the Rump Session, a room charge for one night,
dinner, and breakfast.
You can select a room type from the followings;
Room Type A : 14,000 P per person sharing a large roomwith 3 other participants)
Room Type B : 22,000 P per person using a small roomwith only 1 person)
Room Type C : 22,000 P per person sharing a large roomwith 1 accompanying person or friend)Those who wish to participate in this event should pay adeposit of “ 14,000 JPY” through the on-line Registration System.
For the participants who selected “ Room Type A,” the namesof the participants sharing the same room will be told at the timethey arrive at the Rump Session venue, Iwanumaya. As for theparticipants who did not select “ Room Type A,” they will be
informed by email, and should pay the difference from the deposit(14,000 JPY) at the Registration Desk before the Rump Session,
namely, from November 3 to 6, 2014.

Reg istran t' s K it
Those who pre-registered for the “ Conference”(or“ Superpass” ) will each receive a set of the Conference
Registrant' s Kit, which includes a copy of the Conference
Proceedings (CD-ROM), a printed name tag, a Conference Bag, etc.
The kit will also include a souvenir gift for those who preregistered early; the number of the gifts is limited and they will
be provided on a first-come-first-served basis.
Those who pre-registered for the “ Workshops/Short Courses”(or “ Superpass” ) will each receive a copy of the Workshops/Short
Courses Digest
SB ash drive .
The registration fees(“ Superpass,” “ Conference,” and “ Workshops/Short Courses” ) do
NOT include the Banq uet fee and the Rump Session fee.

Acco mp an y in g Famil y Members
Those who pre-registered for the “ Conference”(or“ Superpass” ) can register their family members for APMC 2014.
Accompanying Family Members should be the registrant’ s familyor relative, such as his/her spouse (husband or wife), sibling(brother or sister), child, etc., who will not attend the conference
sessions, but will participate in the conference s official events,
such as the “ Welcome Reception” (free of charge), the “ Banq uet”
(5 ,000, 6000, or 8 000 Japanese yen (JPY) per person; see below),
and/or the “ Rump Session.”
Please note that Accompanying Family Members cannot attend
the technical sessions of the Conference or Workshops/Short
Courses, and will not be provided with a copy of the Conference
Proceedings or Workshops/Short Courses Digest.
Those who are interested in participating in the Conference
sessions should register individually.
Each Registrant can register up to 3 Accompanying Family
Members in the Registration Form. In case there are more than 3,
please enter their names and other information into the “ Memo”
box at the bottom of the form.

Pay men t Metho d
For Pre-Registration, the payment should be done using theon-line Credit Card Settlement System, which will be available inthe “ Personal Account Page.”
If you have difficulty in paying by credit card, you can selectanother way, “ Bank Transfer,” by clicking the button in theRegistration System. Payment by bank transfer must be completed
within 10 days from the registration date. If we find the payment
not completed by then, the registration will become invalid.
For On-Site Registration, the payment should be done in cash
(JPY only), or by credit card.
Acceptable Card Types:
Pre-Registration: VISA, MASTER, Amex, Diners, CB
n-site Registration: VISA, MASTER, Amex, Diners CB
is not acceptable)

Aw ard B an q u et

Reg istratio n Desk

The APMC 2014 Award Banq uet is scheduled to be held on
the evening of Thursday, November 6, 2014 for the registrants of
the “ Conference” (or “ Superpass” ).
The price of a Banq uet Ticket for one person differs dependingon the registration date;
From August to September 0, 2014 : 5,000 P per person
From ctober 1 to 24, 2014 : ,000 P per person
From November to , 2014 : ,000 P per person

The Registration and Information Desk will be located on the
2nd oor of the Conference venue, Sendai International Center,
and will be open during the following hours:
November , 2014 : 1 :00-19:00
November 4, 2014 : 09:00-1 :00
November 5, 2014 : 0 : 0-1 :00
November , 2014 : 0 :00-1 :00
November , 2014 : 0 :00-14: 0
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GENERAL INFORMATIONHOTEL ACCOMMODATIONS

Please contact JTB Global Marketing & Travel Inc. for
information on sightseeing tours as well.

Rooms at ten hotels in Sendai, which are accessible from/toSendai International Center are available through the travel agent
below. Reservations can be made through the web site for the
hotel accommodations.

Y OUTH HOSTEL INFORMATIONOFFICIAL TRAVEL AGENT

Those with very limited budget may want to directly contact
the below Youth Hostels.
Maple Sendai YH (about a 45 minutes’ walk to the Conference site)
http://www.jyh.or.jp/english/touhoku/maple/
Sendai Chitose YH (about a 1 hours’ walk to the Coference site)
http://www.jyh.or.jp/english/touhoku/sendai/
Dochuan YH (from JR Taishido station, walk for 7minutes)
http://www.jyh.or.jp/english/touhoku/dochuan/
Espole Miyagi YH (from JR Rikuzen-harano-machi, walk for
20 minutes)
http://www.jyh.or.jp/english/touhoku/miyagi/

TB Global Marketing Travel Inc., the official travel agentof APMC 2014, has reserved a sufficient number of rooms atseveral hotels in Sendai for APMC 2014. Reservations will beprocessed in order of application. Details will be found at thissite.
JTB Global Marketing & Travel Inc.
Convention Center
2-3-11 Higashi-Shinagawa, Shinagawa-ku, Tokyo 140-8 604
apan Business hours: 10:00-1 :00
Fax: 1- -5495-0 5

TRANSPORTATION

Fro m J R Sen d ai Statio n to Co n f eren ce Site by B u s:
10 minutes from West Entrance of Sendai Station (bus stop

HOTEL LOCATION

Ohashi-bridge

1

Hotel Metropolitan Sendai

5

Hotel Unisite Sendai

9

Hotel Premium Green Plus

6

Hotel Monterey Sendai

3

Sendai Kokusai Hotel4

Mitsui Garden Hotel Sendai

Ark Hotel Sendai Aoba Dori

7

Hotel Green Mark

8

Hotel Green Selec

2

10

APA Villa Hotel Sendaieki-Itsutsubashi

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GENERAL INFORMATION
them only at major hotels and leading banks. Major credit cards,
such as VISA, Master Card, AME , and CB, can be used at
restaurants, hotels, souvenir shops, etc.

No. 9 .
Take buses of No. 10, 1 , 15, 19, and 20. ou should
get off at the 5 th stop “ Hakubutsukan & Kokusai Center-Mae(Sendai City Museum & Sendai International Center)” . The fareis 18 0 JPY for one-way. Please note that you cannot use 2,000JPY, 5 ,000-JPY, and 10,000-JPY bills in the bus.

Tip p in g
Tipping is not customary in Japan. For example, you do notneed to tip waiters/waitresses at restaurants.

Fro m J R Sen d ai Statio n to Co n f eren ce Site o n f o o t:

J ap an ese Traf f ic

30 minutes from JR Sendai Station straight down AOBADORI Avenue, across the OHASHI-Bridge.

There are not heavy traffic jams in Sendai area. Public
transportation (railways, subway, and buses) networks areconvenient.

Fro m J R Sen d ai Statio n to Co n f eren ce Site by tax i:
7 minutes from Sendai Station. The fare is about 1,000 JPY
for one-way.
Please show the following text to Taxi driver. (It says, “ Pleasetake this person to the Sendai International Center.” )In tern et co n n ectio nInternet connection through Wi-Fi will be available at the
Sendai International Center. There is no charge for the service.

タクシー運転手の皆さまへ (For Taxi Drivers)
この方は仙台国際センターで開催する国際会議(APMC 2014) への参加者です．
仙台国際センターまでお連れ頂けますと幸いです．
住所：〒 9 0-0 5 宮城県仙台市青葉区青葉山
電話番号：(022) 265 -2211

B aby sittin g serv ice
At the hotel below, which is close to the Sendai International
Center, babysitting services are available.
Westin Hotel Sendai: 1-22- 22-12 4

SOCIAL PROGRAM

Detail ed in f o rmatio n is av ail abl e at the f o l l o w in g w ebsite:

The APMC 2014 will offer original and fascinating events:
The Welcome reception, the Opening Ceremony, and the Award
Banq uet.

Access to Sendai: http://www.sentabi.jp/en/access/Access to Conference site Sendai International Center :Wel co me Recep tio n

http://www.sira.or.jp/icenter/english/access transportation.html

All the participants in the Conference (from November 5 to 7)
are invited to the Welcome Reception to be held from 1 :00 to
19: 0 on Tuesday, November 4, at the Sendai International
Center Room G Sakura, 2nd oor . The registrants of theConference, their accompanying family members, and theiraccompanying student speakers can participate in this event with
their “ Conference” name tags on (free of charge).

OTHER INFORMATION
El ectricity
Electricity supply is 100 Volts/50 Hz in eastern apan
including the Sendai area, and 100 Volts/ 0 Hz in western apan.

Weather
Sendai lies in the temperate zone and has four distinct seasons.
November is the beginning of winter, when Sendai is rather cold
but rarely has snow. The temperature ranges between 13.7 ° C(5 6.7 ° F) and 5 .2 ° C (41.3 ° F). Coats or sweaters are needed.

TEA Ceremo n y
Would you like to enjoy a tea ceremony between your busy
sessions or exhibitions? The tea ceremony will be held for all the
APMC 2014 attendees and exhibitors.
Ladies wearing Japanese traditional kimonos will serve you abowl of green tea “ maccha” and a Japanese-style confection“okashi.” ou will find the atmosphere of the tea ceremony
comfortable and enjoy the gentle bubbling sound of water in ateakettle, the fragrance of incense, the lovely
ower
arrangements, and the artistic calligraphy on a scroll hanging in
the alcove.
The Way of Tea ceremony “ 茶の湯＝Chanoyu” is a Japanesecultural tradition. In the 16th century, Tea Master Rikyu Senestablished the foundations of “ Chanoyu,” where one respects
everyone without distinction of status or rank. That is, thespiritual aspect is the most important in “ Chanoyu.” The cultureof “Chanoyu” has greatly in uenced various aspects of apanese

No Smo k in g Po l icy
Smoking is prohibited in the Sendai International Center
except at limited smoking corners.

Cu rren cy
Japanese yen (JPY) is the only currency that is used at storesand restaurants. You can exchange foreign currencies forJapanese yen at foreign exchange banks and other authorized
money exchangers by showing your passport. The exchange rateuctuates daily.

Trav el er’ s Check s an d Cred it Card s
Since traveler’ s checks are not common in Japan, you may use
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GENERAL INFORMATION
announce the winners from the Student Design Competition
applicants and will give them the APMC 2014 Student Design
Competition Award.
Each one of those who wish to participate in this event should
buy a Banq uet Ticket. The participants of the Award Banq uet will
be taken to the Sendai Shozankan by bus (free of charge).

culture, such as architecture, gardening, textiles, food, andcooking. You can experience the entire process of “ Chanoyu” ina Japanese style room (tatami-mat room) as shown in the photo 1.
It is our pleasure that we provide you with everything you needto relax at the tea ceremony room.
Date: Wednesday, November 5, 2014
Time: 12:00-1 :00 about 0 minutes each time
Place: apanese style room, 1st Floor, Sendai International
CenterTickets: will be available at the registration desk

Ru mp Sessio n
The Rump Session will be held at Sendai Akiu Spa Hotel
Iwanumaya, located about thirty minutes west of the ConferenceCenter by bus, on November 7, 2014. Three invited speakers will
present their latest research works focused on the theme of“ Wireless Power Transfer Systems.”
There will be a free bus ride prepared for the participants of
the Rump Session on the afternoon of November 7, 2014.

MEETINGS INFORMATIONAPMC In tern atio n al Steerin g Co mmittee ( ISC) Meetin g

Photo.1 Japanese style ceremony room

The APMC ISC Meeting will be held on Wednesday,
November 5 , 2014 at Kawauchi Hagi Hall, Tohoku University.
The APMC ISC members are invited.
Date: Wednesday, November 5, 2014
Time: 19:00-21:00
Place: Meeting Room 1- , awauchi Hagi Hall, Tohoku
University

Op en in g Ceremo n y
The APMC 2014 pening Ceremony will be held from 11: 0
to 1 :10 in the Main Hall 2nd oor of the Sendai International
Center on Wednesday, November 5. We will first give you adeclaration and brief report by the APMC 2014 Steering
Committee Chair, followed by congratulatory addresses byinvited representatives of sponsoring organizations includingIEEE MTT-S, IEEE AP-S, EuMA, and the Ministry of Internal
Affairs and Communications.
Then, we will have the Keynote Address given by Prof.
Fumiyuki Adachi, Tohoku University and the Special Talk given
by Astronaut Naoko Yamazaki.

IEEE Reg io n 10 MTT- S Chap ter Chairs Meetin g
The IEEE Region 10 MTT-S Chapter Chairs Meeting will beheld on Thursday, November 6, 2014 at Kawauchi Hagi Hall,
Tohoku University. The IEEE Region 10 MTT-S Chapter Chairs,
MTT-S Joint Chapter Chairs, and the MTT-S AdCom members
are invited.
Date: Thursday, November , 2014
Time: 12:00-15:00
Place: Meeting Room 1- , awauchi Hagi Hall, Tohoku
University

Aw ard B an q u et
The APMC 2014 Award Banquet will be held from 19:00 to
21:00 on Thursday, November , at the party hall “Saiun” on the
4th oor of the Sendai Shozankan「勝山館」. With a variety of
cuisine, the banq uet will introduce the winners of APMC 2014
Prize, APMC 2014 Student Prize, and Student Design Competition.
After the greetings by the Conference Chair, you will experience
the ceremony “ Kagamiwari,” where a large barrel of sake
(Japanese rice-wine) is cracked on the top with wooden hammers
to celebrate the success of APMC 2014. The APMC 2014 PrizeAward Committee will announce the winners from all theparticipants presenting papers at the conference and will givethem the APMC 2014 Prize, as well as the APMC 2014 Student
Prize. The APMC 2014 Prize Award Committee will also

IEEE MTT- S Techn ical Co o rd in atio n Co mmittee ( TCC)
Meetin g
The IEEE MTT-S TCC meeting will be held on Thursday,
November 6, 2014 at Kawauchi Hagi Hall, Tohoku University.
The IEEE MTT-S TCC members are invited.
Date: Thursday, November , 2014
Time: 15:00-1 :00
Place: Meeting Room 1- , awauchi Hagi Hall, Tohoku
University

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APMC 2014 PRIZE AND APMC 2014 STUDENT PRIZE
Papers presented at APMC 2014 will be judged by the APMC
2014 Prize Award Committee, and the authors of selected papers
will be awarded the APMC 2014 Prize for outstanding
contributions to the microwave field. In addition, outstanding
student papers submitted to the conference will be awarded the
APMC 2014 Student Prize. These Prizes, which consist of thecommemorative certificates and rewards, will be presented to all

the recipients at the APMC 2014 Award Banq uet to be held on
Thursday, November 6, 2014.
The APMC2014 Prize Award Committee has identified thefollowing papers as Finalists in the APMC 2014 Prize and the
APMC 2014 Student Prize. The finalists must join the Award
Banq uet. The list below provides paper titles and author names.

APMC 2014 Priz e Fin al ists

APMC 2014 Stu d en t Priz e Fin al ists

A Dual-Gain-Mode High Efficiency Power Amplifier for W-CDMA
Data Communications
Kenji Mukai, Shintaro Shinjo, Koji Yamanaka, Miyo
Miyashita, Kazuya Yamamoto
A Fast, Accurate and Digitally Calibrate-able ogarithmic Amplifier
for Analog-Predistortion Power Amplifiers
Mikyung Cho, J. Stevenson KenneyHigh Power Solid-State Power Amplifiers for Airborne and Space
Applications in Remote Sensing and Communications
Mark Koker, Edward Watkins, Naresh Deo
A Wideband Diplexer using Multilayer Inductors for Compact Wireless LTCC Modules
Shinpei Oshima, Takana Kaho, Yo Yamaguchi, Hiroyuki
Shiba, Tadao Nakagawa
New Multi-Way SIW Power Dividers with High Isolation
heng iu, Gaobiao iao
Blind Adaptive Arrays with Subcarrier Transmission Power
Assignment for Spectrum Superposing
Kazuki Maruta, Jun Mashino, Takatoshi Sugiyama
9 GHz-band Wide field-of-view Radar System Performance in
Outdoor for Pedestrian Detection
Tadashi Morita, Takaaki Kishigami, Hidekuni Yomo, Makoto
Yasugi, Yoichi Nakagawa
Channel and Antenna Effects on the Performance of a 60 GHz
UWB Impulse Transceiver
Cherif Hamouda, Benoit Poussot, Martine Villegas, eanMarc Laheurte
Radiation Pattern Measurement Assembly for Millimeter-Wave
Antenna by Flip-Chip Interconnect and End Launch Connector
Hsin-Chia Lu, Yi-Long Chang
Dual Polarized Open-Ended Waveguide with Polarization-Independent Parasitic Elements
Takashi Maruyama, Akimichi Hirota, Hiroyuki Matsumura,
Tomohiro Takahashi, Toru Takahashi, Masataka Otsuka,
Hiroaki Miyashita
Manipulating MIMO Propagation Environment Using Tunable
Passive Repeater
Naoki Honma, Yuta Takahashi, Yoshitaka Tsunekawa

Design of a -Band Power Amplifier for High Gain, utput
Power and Efficiency on 0.1 - m SiGe BiCM S Process
Kyoungwoon Kim, Cam Nguyen
Density Estimation Models for Strong Nonlinearities in RF Power
Amplifiers
Zain Ahmed Khan, Efrain Zenteno, Magnus Isaksson, Peter
Hä ndel
The Experimental Study of THz Image Sensor in 0.1 m CM S
Technology
Chih-Wei Lai, Wei-Cheng Chen, Tzu-Chao Yan, Chun-Hsing
Li, Chien-Nan Kuo
A Lossy Triple-mode Microstrip Filter with Flat Passband Basedon Nonuniform Q -Factors
Feng-Jun Chen, Lin-Sheng Wu, Jun-Fa Mao
Microstrip Lowpass Filters with Improved Freq uency Responses
Using Coupled-Line Hairpin Resonators
Junichi Tsurumi, Zhewang Ma, Masataka Ohira
A Quasi-Millimeter Wave Band Phase Shifter with MEMS Shunt
Switches
Takuto Watanabe, Ryota Yamazaki, Takashi Furutsuka,
Shuji Tanaka, Kenichiro Suzuki
61 GHz ISM Band FMCW Radar For Applications Req uiring
High Accuracy
Steffen Scherr, Serdal Ayhan, Heiko Gulan, Mario Pauli,Thomas Zwick
A Low-Power W-Band Receiver MMIC for Amplitude ModulatedWireless Communication up to 24 Gbit/s
Fabian Thome, Stephan Maroldt, Michael Schlechtweg,
Oliver Ambacher
Precise Phase Measurement of Continuous Terahertz-wave Basedon Balanced Self-heterodyne Techniq ue and Its Application to
Phase-contrast Imaging
Yuki Koda, Shintaro Hisatake, Jae-Young Kim, Akihiko
Hirata, Katsuhiro Ajito, Tadao Nagatsuma
Miniaturized 6-port MIMO Antenna Using T-shaped Planar
Inverted-F Antennas and Capacitor-loaded Notch Antennas
Kazuya Takahashi, Naoki Honma, Kentaro Murata, Yoshitaka
Tsunekawa
A Circularly Polarized Antenna Array with Integrated Calibration
ProbesBenjamin Rohrdantz, Alexander Stark, Esam Hawamdah,
Arne F. Jacob
A Low-cost High Gain Substrate Integrated Waveguide Fed Patch
Antenna Array for 60-GHz Applications
Yujian Li, Kwai-Man Luk
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TECHNICAL SESSIONS ( Sp ecial Sessio n s)
All the presentations at the Special Sessions have been invited by
the APMC 2014 Technical Program Committee. The details ofeach Special Session are written in the Program of the“TECHNICA SESSI NS ral Sessions ” See pages 12 2 .

Thu rsd ay Sp ecial Sessio n s
TH1F: Japanese Industrial Session
Chairs: Ken Takei, Hitachi Ltd., JAPANKoji Yamanaka, Mitsubishi Electric Corp., JAPANWed n esd ay Sp ecial Sessio n s

Abstract: In this session, researches and developments in Japanese
microwave industries are given. Examples of active and passive
microwave components employed in wireless communication
systems and satellite communication systems will be shown in thesession.

WE3 F: Space Microwave Wireless and Sensing Technology
Chairs: Shigeo Kawasaki, ISAS/ JAX A, JAPAN
Imran Mehdi, JPL/ NASA, U.S.A.
Abstract: For the remote sensing, highly sensitive microwave devices
and circuits in the satellite is requested. While, high efficiency
and high power transmitter with compact size is needed for a deep
space communication. In addition, the wireless sensor without abattery is recently proposed for health monitoring in the space craft
using microwave power transmission technology. In this session,
devices for astronomy, remote sensing, the deep space communication
system are introduced. Further, space microwave power transmission
and energy harvesting conducted by the highly performed andcompact devices, circuits and antennas are discussed.

TH2A: EuMA Special Session
Chairs: Wolfgang Heinrich, FBH at Berlin, GERMANY
Atsushi Sanada, Yamaguchi Univ., JAPAN
Abstract: The EuMA Special Session introduces recent European
activities in evolutionary microwave research and development,
including carbon based ballistic RF electronics, the class-S power
amplifier, and detailed study of the instability mechanism inpower amplifiers.

WE4A: Let Us Talk and Share Ideas for Increasing Women in
APMC – Women in Engineering (WIE) –Chairs: Mayumi Matsunaga, Ehime Univ., JAPANQiaowei Yuan, Sendai National College of Tech., JAPANTH2D: Small-Scale Communication and Sensing Systems
Chairs: Yifan Chen, SUSTC, CHINA
Tadashi Nakano, Osaka Univ., JAPAN

Abstract: The APMC WIE Session is open to all conference
participants. We invite the people who agree with our scopes ofinterest that include increasing women participants to APMC andimproving the status of women in engineering and science. Let us
talk and share the ideas for increasing women in APMC overwonderful local dessert and beverages.
Ms. Sherry Hess, Vice President of Marketing at AWR Divisionof National Instruments, will make key speech to bring you thechance to think the q uestion " How can we attract more females
into microwave engineering as a profession? "Abstract: This Special Session is devoted to the principles,design, modeling, and analysis of communication and sensing
systems for small-scale applications. This includes, but notlimited to: molecular, mm-Wave, THz, optical, micro/nanorobotic
and other physical, chemical and biological techniq ues; as well as
novel communication and sensing techniq ues at small lengthscales. The following topics will be addressed: antennas andpropagation; channel and system modeling; system architecture
and protocol design; information-, communication- or networktheoretic analysis; implementations and laboratory experiments;
biological, medical or industrial applications, etc.

WE4B : GaN Focus Session I : RF GaN Status and Future
Chairs: Toshihide Kikkawa, Transphorm Japan, JAPANoachim W r , Ferdinand-Braun-Institut, GERMANY

TH2E: National ICT R&D Projects in Japan
Chairs: Naomichi Numata, Open Univ. of Japan, JAPANNoriharu Suematsu, Tohoku Univ., JAPAN

Abstract: This GaN focus invited session concentrates on the GaN
RF device development. This session opens with a presentationfrom Sumitomo Electric, which focuses on GaN device
development history and future for wireless communications.
Next, WIN Semiconductors review the GaN MMIC foundrybusiness model from L-band to Ka-band. Finally, Toshiba focuseson the effect of high power density and high breakdown voltage
of GaN HEMT for C-band to X-band.

Abstract: This focused session introduces recent wirelessinformation communication technology (ICT) R&D projects
supported by the ministry of internal affairs and communication(MIC) of Japanese government. IC chip level noise reduction
technology for highly integrated RFIC for cellular phones,
millimeter-wave radar/compact range communication
technologies and multi-mode Software Defined Radio SDR
Very Small Aperture Terminal (VSAT) system/devices arereviewed.

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TECHNICAL SESSIONS ( Sp ecial Sessio n s)
TH2F: Advanced Microwave Technologies in East Asia
Chairs: Zhewang Ma, Saitama Univ. JAPANYo Yamaguchi, NTT Corp., JAPANTH4C: Near Field and Grid Solutions for Wireless Power
Transfer
Chairs: Apostolos Georgiadis, CTTC, SPAIN
Naoki Shinohara, Kyoto Univ., JAPAN

Abstract: In this session, advanced microwave papers from Japanand China in which the APMC 2014 and APMC 2015 will beheld are presented. The first paper investigates digital
predistortion compensation technologies for base stations. The
second paper proposes GaN devices in infrastructure systems.
The third paper demonstrates an energyefficient concurrent dualband transmitter. The fourth paper present low cost THz
components.

Abstract: This session focuses on novel applications and nearfield circuits and systems for wireless power transfer.
TH4E: Outstanding Asian Young Researchers
Chairs: Kenji Itoh, Kanazawa Inst. of Tech., JAPANMonai Krairiksh, KMITL, THAILAND
Abstract: In this session, five young researches presents theirpapers. The first paper demonstrates a 0-GHz sub-sampling
PLL. The second paper investigates metasurface on microstripfed antennas. The third paper discusses about a multiband antenna
with frequency selective fractional surface re ector. The fourth
paper proposes effective beam forming of phased array antenna.
The fifth paper will be presented by a winner of the IEEE MTT-S
Japan Young Engineer Award.

TH3 C: Advances in Far-Field Wireless Power Transfer Systems
Chairs: Naoki Shinohara, Kyoto Univ., JAPAN
Apostolos Georgiadis, CTTC, SPAIN
Abstract: State-of-the-art performance and novel challenges
associated with wireless power transfer systems will be presented,
including rectenna optimization and signal design for WPT.
TH3 E: Millimeter-Wave Communication and Radar Systems
Chairs: Minoru Fujishima, Hiroshima Univ., JAPANKenjiro Nishikawa, Kagoshima Univ., JAPAN

Frid ay Sp ecial Sessio n s
FR1A: Future Mobile and Wireless Communication Systems
Chairs: Jun-ichi Takada, Tokyo Inst. of Tech., JAPANTakana Kaho, NTT Corp., JAPAN

Abstract: Millimeter-wave communication and radar systems
session focuses on two emerging applications of high-speed
communication and radar systems using advanced millimeterwave CMOS circuits. This session opens with presentations foradvanced high-speed communication with 60 GHz band. Next
two presentations will discuss short-range radar systems recently
allocated with 79 GHz band.

Abstract: Mobile and Wireless communication systems have beendeveloping rapidly. The evolusion affect research anddevelopment of microwave technologies with special severity.
This session foucuses remarkable systems the fifth generation(5 G) cellular systems, advances wireless LAN systems, and whitespace communication systems.

TH3 F: Recent R&D Topics in East Asia
Chairs: Wenhua Chen, Tsinghua Univ., CHINA
Wei Hong, Southeast Univ., CHINA

FR1B : GaN Focus Session II : Power GaN Status and Future
Chairs: Toshihide Kikkawa, Transphorm Japan, JAPANWohlmuth Walter, WIN Semiconductors Corp., JAPAN

Abstract: This session introduces recent R&D topics ofoutstanding universities in East Asia, National Taiwan University,
Southeast University, University of Electronic Science andTechnology of China (UESTC), and Korea Advanced Institute of
Science and Technology (KAIST).

Abstract: This GaN focus invited session part 2 concentrates on
the GaN power device development for power conversion. Thissession opens with a presentation from FBH, which focuses onboth power and RF GaN device development in Europe. Next,
Bristol University reviews the GaN thermal management, which
focuses on several substrates such as a GaN substrate andDiamond. Finally, Toyota reveals the automotive applications
using GaN power devices.

TH4A: Resilient ICT Session for Disaster Relief
Chairs: Hiromitsu Wakana, NICT, JAPANTakashi Hirose, NTT Corp., JAPAN
Abstract: The Great East Japan Earthq uake of March 11, 2011
caused severe disruption of telecommunication networks, and thefailure of information gathering and delivery systems. Thissession will provide several perspectives on the challenges fordisaster relief by resilient information and communications
technologies.

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TECHNICAL SESSIONS ( Sp ecial Sessio n s)
FR1D: Doppler Radar for Smart Buildings and Mobile Health
Chairs: Victor Lubecke, Univ. of Hawaii, U.S.A.
Orga Boric-Lubecke, Univ. of Hawaii, U.S.A.

FR3 E: Millimeter-Wave and THz Tranceivers and Building
BlocksChairs: Minoru Fujishima, Hiroshima Univ., JAPANHuei Wang, National Taiwan Univ., TAIWAN

Abstract: Advances in wireless and computational integrated
circuits have made possible a growing range of research into theuse of scattered radio waves to ascertain biomedical informationfrom subjects to enable automated benefits in resource
management and healthcare beyond the doctor s office. Thissession will present an overview of recent trends andachievements in the use of Doppler radar for measurements,
classification, and diagnostics of biomedical phenomena toprovide benefits from energy savings and assisted living to healthdiagnostics.

Abstract: Millimeter-wave and THz transceivers and building
blocks session focuses on future prospects of ultrahigh-freq uency
integrated circuits for high-speed communication and sensing.
The first paper discusses future prospects of CM S high-speed
communication. Next, two papers will discuss 00 GHz band
wireless communication with InP HEMT process. Lastly, THz
imaging is demonstrated with Si-based integrated circuits.
FR4R ( Ru mp Sessio n ) : Recent Progress in Wireless Power
Transfer Systems
Chair: Shoichi Narahashi, NTT DOCOMO, INC., JAPANFR2A: Historical Review of Microwave Devices in Japan
Chairs: Kunio Sawaya, Tohoku Univ., JAPAN
Yoshihiko Konishi, Hiroshima Inst. of Tech., JAPAN

Abstract: This session provides a forum with a relaxedatmosphere to discuss further prospects and challenges of wirelesspower transfer systems. The session offers three invited speakers
in these technological fields. Topics of the session comprise adesign criterion for enhancing the maximum available efficiencyof wireless power transfer systems, a mobile wireless powertransfer system using transmission-line coupling, and wirelesspower transmission techniq ues for mobile applications.

Abstract: Research on microwave devises such antennas andmicrowave-tubes in Japan has a long history, especially in
Tohoku University, Sendai. In this session, historical review of
the research and development of linear antennas such as the YagiUda antenna and microwave-tubes such as the split anodemagnetron in Tohoku University is presented. Research anddevelopment of the phased array antennas for sevral applicationsin Japan is also introduced.
FR3 B : ET & EER Technologies
Chairs: Donald Kimball, MaX entric Technologies LLC, U.S.A.
Shinjo Shintaro, Mitsubishi Electric Corp., JAPAN
Abstract: This special session overviews recent distortioncompensation techniq ues suitable for enhancing operating
efficiency in PAs. The first paper discusses DSP techniques forlinearity and efficiency enhancement of multi-band ET
transmitters. The second paper introduces design examples on Sibased ET PAs for broadband wireless applications. The third
paper focuses on a multi-band/multi-mode CMOS ET transmitterfor WCDMA/LTE applications. The last paper reports on design
techniq ues for an EER PA.

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TECHNICAL SESSIONS ( Oral Sessio n s)
W edn esday, November 5

9 :30 - 11:10

Room A (Tachibana) 2nd Floor
Sessio n WE1A

Room B (Hagi) 2nd Floor
Sessio n WE1B

Room C (Shirakashi 1) 3rd Floor
Sessio n WE1C

Mu l tif u n ctio n al Fil ters
Chairs: S. Kahng, Univ. of Incheon, KOREA
K. Satoh, NTT DOCOMO, INC., JAPANB ro ad ban d an d Mu l tiban d An ten n as I
Co u p l ers an d Po w er Div id ers I
Chairs: H. Miyashita, Mitsubishi Electric Corp., Chairs: K. Noguchi, Kanazawa Inst. of Tech.,
JAPAN
JAPAN
S. Sun, The Univ. of Hong Kong,
M. Taguchi, Nagasaki Univ., JAPANHONG KONG

WE1A- 1
A Study on a BPF with Dual-Pass Bands sing EH11
Mode and HE11 Mode Dielectric Rod Resonators

WE1B - 1
Compact and Dual-Band Arbitrary Power-Split uadrature
Coupler sing the Composite Right/ eft-Handed Transmission
ine

R. Tanaka1, T. Shimizu2, Y. Kogami2, 1Nihon Dengyo Kosaku Co.
Ltd., JAPAN, 2Utsunomiya Univ., JAPANWE1A- 2Compact Dual-Band Bandpass Filter
Coupled Stepped Impedance Resonators

sing Inductive-

C.-C. in1, Y.-F. Chen2, H.-W. Wu1, H.- . ee2, 1Kun Shan Univ.,
TAIWAN, 2National Cheng Kung Univ., TAIWANWE1A- 3
A Compact Eight-Channel Microstrip
uad-Mode Stub- oad Resonators

uadruplexer

sing

P.- . Chi, W.- . Chang, National Chiao Tung Univ., TAIWANWE1B - 2
Miniaturized Dual-Band Ring Coupler with Arbitrary
Power Divisions
sing Composite Right/ eft-Handed
Transmission ines
P.- . Chi, P.-W. Huang, National Chiao Tung Univ., TAIWANWE1B - 3
A Circuit Construction of Parallel Ring- ine Rat-RaceCircuit with Very oose Coupling tilizing CR H-T s

WE1C- 1Beam-Steerable Wideband Circularly Polarized Helical
Antenna Array Based on Sequential Rotation Technique
W.-C. Chen, C.-H. Chiu, T.-C. Tsai, S.- . Chen, National Taiwan
Univ., TAIWANWE1C- 2
Proposal of Wideband Reconfigurable Circular-Polarized
Single-Port AntennaN.

sami, A. Hirose, The Univ. of Tokyo, JAPANWE1C- 3
Proposal of Compact Folded Tapered Slot Antenna for
WB

in, C.-F. Chen, Tunghai Univ.,

T. Kawai1, Y. Daimon1, A. Enokihara1, I. hta1, K. Satoh2, Y.
Suzuki2, H. kazaki2, S. Narahashi2, 1Univ. of Hyogo, JAPAN, 2NTT
DOCOMO, INC., JAPANWE1A- 4A Dual-Band 1 0 Hybrid Coupler with a Filter Response.-H. Pang, H.-C. Huang, National Univ. of Kaohsiung,

WE1B - 4
Design of Impedance Transforming 90 Degree Patch Hybrid
Couplers

WE1C- 5Compact Broadband Circularly Polarized -Slot Microstrip
Antenna

X. Jing, S. Sun, The Univ. of Hong Kong, HONG KONG

X. Ye, M. He, P. Zhou, C. Zhang, H. Sun, Beij ing Inst. of Tech., CHINA

WE1A- 5Reconfigurable Bandpass Filter with Very High Skirt
Selectivity sing umped Element Dual-Behavior Resonators

WE1B - 5
Analysis on Rejection Band for a Practical Broadband
Balun sing an Asymmetric Coupled- ine in Free Space

B.-H. Tseng, S.-F. Chang, C.- .
TAIWAN.-C. ee,
TAIWAN. u, . Mouthaan,
SINGAPORE.T. Soon, National Univ. of Singapore,

W edn esday, November 5

D. Endo, A. Saitou, R. Ishikawa,
Communications, JAPAN.

ikuta, A. Hirose, The Univ. of Tokyo, JAPAN. Honjo, The Univ. of Electro-

11:30 - 13:10
Room H (Main Hall) 2nd Floor
Sessio n WE2 Op en in g Ceremo n y

O p en in g C eremon y
K eyn ot e A ddress Challenges Toward Spectrum-Energy Efficient

Communications aboratories of NTT and
conducted various fundamental researches
on digital cellular mobile communications.
From uly 1992 to December 1999, he
was with NTT DoCoMo, where he led a
research group on Wideband CDMA for
G mobile networks. Since anuary 2000,
he has been with Tohoku niversity,
Sendai, apan, where he is a Professor at
the Dept. of Communications Engineering, Graduate School ofEngineering. His research interest includes wireless access,equalization, transmit/receive antenna diversity, adaptive
transmission, channel coding, etc. He is an IEEE Fellow and an
IEICE Fellow. He was a recipient of the IEEE VehicularTechnology Society Avant Garde Award 2000, IEICE
Achievement Award 2002, Thomson Scientific Research Front
Award 2004, Ericsson Telecommunications Award 200 ,Telecom System Technology Award 2010, Prime Minister
Invention Award 2010, and DDI Foundation Excellent ResearchAward 2012.

Gigabit Wireless Networks

S p eak er Fumiyuki Adachi, Professor of Communications
Engineering, Graduate School of Engineering, Tohoku University,
JAPANA bst rac t
Wireless traffic volume has been increasing explosively. To
cope with this under limited available wireless bandwidth andenergy, wireless networks need to be significantly reorganized. In
this talk, we will get an overview of the wireless technology
advancement during the last three decades and will discuss about
technical issues for spectrum-energy efficient gigabit wirelessnetworks. As one promising solution, the concept of the
distributed antenna network is introduced.

B iog rap h y
Fumiyuki Adachi received the B.S. and Dr. Eng. degrees inelectrical engineering from Tohoku niversity, Sendai, apan, in
19 and 19 4, respectively. In April 19 , he joined the Electrical12

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TECHNICAL SESSIONS ( Oral Sessio n s)
9 :30 - 11:10
Room D (Shirakashi 2) 3rd Floor
Sessio n WE1D

Room E (Meeting Room 1) 1st Floor
Sessio n WE1E

W edn esday, November 5
Room F (Meeting Room 2) 1st Floor
Sessio n WE1F

Wav eg u id e an d Tran smissio n - Lin e Stru ctu res Ad v an ced Passiv e Co mp o n en ts an d Tu n abl e El ectro mag n etic Co mp atibil ity
Chairs: F. uroki, Kure National College of Dev ices
Chairs: S. Ishigami, NICT, JAPAN
Tech., JAPANT. Tobana, Akita Prefectual Univ., JAPAN
Chairs: A. Sanada, Yamaguchi Univ., JAPAN. Wu, Chinese Univ. of Hong Kong,
J. Machac, Czech Technical Univ. in Prague,
HONG KONGCZECH REPUBLIC
WE1D- 1
Transmission Properties of Full-Mode and Half-Mode
Folded Corrugated SIW.W. Eccleston, Univ. of Canterbury, NEW ZEALAND

WE1E- 1A High uality Factor Bulk-CM S Switch-Based Digitally
Programmable RF Capacitor
A. Thomas1,2, Wi. Bakalski1, W. Simb rger1, R. Weigel2, 1Infineon
Tech. AG, GERMANY, 2Univ. of Erlangen Nuremberg, GERMANY

WE1F- 1
In uence of oad Imbalance on Noise Induced in a
Twisted-Wire Pair Illuminated by a Random Plane-Wave
Spectrum
G. Spadacini, F. Grassi, S.A. Pignari, Politecnico di Milano, ITALYWE1D- 2
Floating Connector for Surface Integrated WaveguideComponents and Its Extended Applications

WE1E- 2
Piezoelectric Characteristics of CM S Compatible AlN
SAW Resonators

A. tef nescu1, V. Buiculescu1, I. Giangu1,2, 1IMT Bucharest,
ROMANIA, 2Politehnica Univ., ROMANIA

A.A.M. Ralib1, M.S. Pandian2, E.M. Ferrer2, C.T. Song2, M. Shunmugam2,
A.A.B. Zainuddin2, A.N. Nordin1, 1International Islamic Univ.
Malaysia, MALAYSIA, 2Silterra Malaysia, MALAYSIA

Y. Kayano1, X. Yang1, H. Inoue2, 1Akita Univ., JAPAN, 2The Open
Univ. of Japan, JAPANWE1D- 3Fabrication of 1 0GHz PTFE-Filled Waveguide and Its
Bandpass Filters by SR Direct Etching

WE1E- 3A uasi-Millimeter Wave Band Phase Shifter with MEMS
Shunt Switches

WE1F- 3Modal Analysis on Insulated
iquid

M. ishihara1, R. Sasaki2, T. Yamamoto2, A. Yamaguchi2, Y. Utsumi2,
I. hta2, 1Okayama Prefectural Univ., JAPAN, 2Univ. of Hyogo, JAPANT. Watanabe1, R. amazaki1, T. Furutsuka1, S. Tanaka2,
1
Ritsumeikan Univ., JAPAN, 2Tohoku Univ., JAPAN

N. Ishii1,2, . Hamada2, S. Watanabe2, 1Niigata Univ., JAPAN, 2NICT,JAPAN

WE1D- 4
Design and Evaluation of Realizable and Compact ow-ImpedanceTransmission ines for Two Top-Metal- ayer Semiconductor Processes

WE1E- 4
Substrate-Integrated Waveguide SIW. Suzuki1,

ut-of-Phase T- unction

WE1F- 2
Characteristics on Negative Group Delay of Embedded
Multi-Stage F-SIR Type Transmission ine Structure with
pen Stub Resonator

oop Antenna Immersed in

WE1F- 4
Downsizing of PDA for Radiation EMI Measurement.W. Eccleston, Univ. of Canterbury, NEW ZEALAND

M. Nagasawa1, . urosawa1, R. Suga1, . Hashimoto1, T. Yasuzumi2,
Y. Hasegawa2, 1Aoyama Gakuin Univ., JAPAN, 2Toshiba Corp.,
JAPAN

WE1D- 5Suppression of Parasitic Surface Conduction in Au-compensatedHigh Resistivity Silicon for 40-GHz RF-MMIC Application

WE1E- 5
A Broadband Waveguide to Substrate Integrated Coaxial
ine SIC Transition for W-Band Applications

WE1F- 5
Dynamics of Electromagnetic Noise Radiations Caused by
Air-discharge ESD in Spheroidal Metal bjects

N. .I. Hashim, A. Abuelgasim, C.H.D. Groot, Univ. of Southampton,
U.K.

M. iang, W. Hong,

P. Pahl1, S. Dieboldy2, S. rause1, H. Gulan1, M. Pauli1, H. Masslerz ,A. eutherz , I. allfassx4, T. wick1, 1KIT, IHE, GERMANY, 2Osaka
Univ., JAPAN, IAF, GERMANY, 4Univ. of Stuttgart, GERMANY. hang, H. hou, Southeast Univ., CHINA

11:30 - 13:10

S p ec ial Tal k
S p eak er. Fujita, Fuj itsu Ltd., JAPANW edn esday, November 5

P rof il e

ife in Space and Wireless Technology

Naoko amazaki earned a Master of
Science degree majored in Aerospace
Engineering from the niversity of Tokyoin 199 , then started working for apan
Aerospace Exploration Agency A A .
In 1999, she was selected as an astronautcandidate and was qualified as a SoyuzTMA Flight Engineer in 2004 and NASA
Mission Specialist in 200 . n April 5, 2010 amazaki was
onboard Space Shuttle Discovery on the crew of STS-1 1, an
assembly resupply mission to the International Space Station.
She retired from A A in 2011 and has been serving as a member
of apan Space Policy Committee and an adviser of oung
Astronaut Club AC , etc.

Naoko amazaki, Astronaut

A bst rac t
Based on the experience onboard the International Space
Station ISS and Space Shuttle Discovery, the way we live inspace will be introduced, as well as how wireless technology
contributes to missions onboard, expecting more advanced
wireless technology will help our lives in space in a more robustand efficient way.

1

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TECHNICAL SESSIONS ( Oral Sessio n s)
W edn esday, November 5

14:30 - 16 :30

Room A (Tachibana) 2nd Floor
Sessio n WE3 A

Room B (Hagi) 2nd Floor
Sessio n WE3 B

Room C (Shirakashi 1) 3rd Floor
Sessio n WE3 C

Wid eban d Fil ters an d Co u p l ers
Chairs: C.-P. Chen, Kanagawa Univ., JAPANK. Kawai, NTT DOCOMO, Inc, JAPANDisto rtio n Co mp en satio n Techn iq u es
Chairs: S. Yamanouchi, NEC Corp., JAPAND.Y.C. Lie, Texas Tech Univ., U.S.A.

Array Sig n al Pro cessin g an d An ten n a Measu remen ts
Chairs: M. Fujimoto, Univ. of Fukui, JAPAN
N. Ishii, Niigata Univ., JAPANWE3 A- 1
Advanced Microwave Filters in LTCC and PCB Technologies

WE3 B - 1
High Efficiency Envelope Tracking Power Amplifiers for
Wide Modulation Bandwidth Signals

WE3 C- 1
Microwave Antennas for Medical Applications

D. Kholodnyak, V. Turgaliev, E. Vorobev, LETI, RUSSIAN FEDERATION

D. Kimball, T. Nakatani, J. Yan, P. Theilmann, I. Telliez, MaX entric
Tech. LLC, U.S.A.

K. Ito, K. Saito, Chiba Univ., JAPANWE3 A- 2
A Wideband Diplexer sing Multilayer Inductors for
Compact Wireless TCC Modules

WE3 B - 2
inearization of CM S Triple Cascode Push-Pull Power
Amplifiers by Second Harmonic Feedback

WE3 C- 2
D A Estimation of inear Patch Antenna Array
SV-M SIC Algorithm

S. Oshima1, T. Kaho2, Y. Yamaguchi2, H. Shiba2, T. Nakagawa2,
1
Oyama National College of Tech., JAPAN, 2NTT Corp., JAPANK. Terajima1, K. Fujii1, T. Sonoda1, T. Takagi2, E. Nakayama2, S.
Kameda2, N. Suematsu2, K. Tsubouchi2, 1Wave Tech. Inc., JAPAN,
2
Tohoku Univ., JAPANV. Rahayu1,2, K. Yokokawa1, Q. Chen1, Y.H. Pramono2, 1Tohoku
Univ., JAPAN, 2ITS, INDONESIA

WE3 A- 3
Broadband Planar Magic-T with Marchand Type Power
Divider and Balun

WE3 B - 3
A ow Distortion Doherty Amplifier by
Function Gate Bias Control

WE3 C- 3
A Study on the S-Parameter Method Compensated by the
Short-Correction

P.-J. Chou1, P.-C. Lin2, Y.-W. Lin1, J.-C. Lu2, C.-Y. Chang1, 1National
Chaio-Tung Univ., TAIWAN, 2TSMC, TAIWAN

Y. Komatsuzaki, H. Otsuka, K. Yamanaka, Y. Hamamatsu, K. Shirae,
H. Fukumoto, Mitsubishi Electric Corp., JAPANT. Sasamori, T. Tobana, Y. Isota, Akita Prefectural Univ., JAPANWE3 A- 4
Performance Enhancement of Miniaturized WB Bandpass
FilterWE3 B - 4
A Fast, Accurate and Digitally Calibrate-Able Logarithmic
Amplifier for Analog-Predistortion Power Amplifiers

WE3 C- 4
oop Calibrator for DBF Receiver Array at

R.T. Hammed1, D. Mirshekar-Syahkal2, 1Univ. of Tech., IRAQ , 2Univ.
of Essex, U.K.

M. Cho, J.S. Kenney, Georgia Inst. of Tech., U.S.A.

WE3 A- 5
Reconfigurable
Characteristics

WE3 B - 5
Density Estimation Models for Strong Nonlinearities in RF
Power Amplifiers

WB Bandpass Filter with Flexible Notch

K. Dhwaj, C.-T.M. Wu, T. Itoh, UCLA, U.S.A.

W edn esday, November 5
Room A (Tachibana) 2nd Floor
Sessio n WE4A

sing Tanh

Z.A. Khan1, E. Zenteno1, M. Isaksson2, P. Hä ndel1, 1Univ. of Gä vle,
SWEDEN, 2KTH Royal Inst. of Tech., SWEDEN

sing

a-BandM.N. Pham, A.F. Jacob, Tech. Univ. Hamburg-Harburg, GERMANY

WE3 C- 5
Radiation Pattern Measurement Assembly for MillimeterWave Antenna by Flip-Chip Interconnect and End aunch
Connector
H.-C. Lu, Y.-L. Chang, National Taiwan Univ., TAIWAN

16 :50 - 18:30
Room B (Hagi) 2nd Floor
Sessio n WE4B

Room C (Shirakashi 1) 3rd Floor
Sessio n WE4C

Let Us Tal k an d Share Id eas f o r In creasin g Wo men
in APMomen in ngineering
Chairs: M. Matsunaga, Ehime Univ., JAPANQ. Yuan, Sendai National College of
Tech., JAPANGaN Fo cu s Sessio n I : RF GaN Statu s an d Fu tu re B ro ad ban d an d Mu l tiban d An ten n as II
Chairs: T. Kikkawa, Transphorm Japan, JAPAN Chairs: T. Ito, Toshiba Corp., JAPANJ. Wurfl, Ferdinand - Braun - Institut,T. Sasamori, Akita Prefectural Univ., JAPANGERMANYWE4A- 1
Women in Engineering

WE4B - 1
Consistent Growth and Successive Development of GaNHEMT for Wireless Communication

WE4C- 1
Low RCS, High-Gain and Wideband Mushroom Antennasing Frequency Selective Surface

H. Deguchi, K. Ebihara, Y. Hasegawa, Sumitomo Electric Device
Innovations, Inc., JAPANY. Jia, Y. Liu, S. Gong, X idian Univ., CHINA

WE4A- 2
Prototype of Mini 4WD Supplied by Wireless PowerWE4B - 2
Pure-Play GaN Foundry Technology for RF Applications

Q. Yuan, Sendai National College of Tech., JAPANC.-K. Lin, J.-H. Du, A. Wang, S.-W. Peng, C.-H. Chen, C.-H. Chen,
T.-Y. Chou, W.-C. Wang, J.-S. Wu, R. Kuo, C. Huang, I.-T. Cho, W.
Wohlmuth, S. Takatani, WIN Semiconductors Corp., TAIWANWE4C- 2
Phasing Element for Single- ayered Wideband Re ectarray
Antenna

WE4A- 3
A Farewell to Prejudice, Have an Original Idea for Novel
Antenna Technologies and Active Women Therein

WE4B - 3
GaN HEMTs are Still Ongoing

S. Hess, NI AWR Group., U.S.A.

M. Matsunaga, Ehime Univ., JAPANK. Takagi, Toshiba Corp., JAPANWE4A- 4
Round-Table Discussion

S. Tao, Y. Wang, A. Abbosh, Univ. of Q ueensland, AUSTRALIAWE4C- 3
Bow-Tie Patch Antenna with Complementary Edge Couple
Split Ring Resonator EC-SRR for 2.4GHz Application
H. Nornikman1, M.R. Kamarudin2, B.H. Ahmad1, S.A. Rosli1, M.Z.A.
AbdAziz1, A.R. Othman1, 1UTeM, MALAYSIA, 2UTM, MALAYSIA

WE4C- 4Compact Dual-Band Reconfigurable CPW Antenna with
Varactor Diodes
S.-A. Yang, S.-Y. Chen, National Taiwan Univ., TAIWANWE4C- 5A Compact Dual Band-Notched Fractal Antenna for
Application

WB

S. Tripathi1, A. Mohan2, S. Yadav1, 1IIT Jodhpur, INDIA, 2IIT
Kharagpur, INDIA

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TECHNICAL SESSIONS ( Oral Sessio n s)
14:30 - 16 :30

W edn esday, November 5

Room D (Shirakashi 2) 3rd Floor
Sessio n WE3 D

Room E (Meeting Room 1) 1st Floor
Sessio n WE3 E

Room F (Meeting Room 2) 1st Floor
Sessio n WE3 F

Metamaterial s an d Perio d ic Stru ctu res I
Chairs: T. eda, Kyoto Inst. of Tech., JAPANZ. Hu, Univ. of Manchester, U.K.

THz an d Mil l imeter- Wav e In teg rated Circu it
Techn o l o g yChairs: M. Madihian, Drexel Univ., U.S.A.
M. Je, DGIST, KOREA

Sp ace Micro w av e Wirel ess an d Sen sin gTechn o l o g yChairs: S. Kawasaki, ISAS/ JAX A, JAPANI. Mehdi, JPL/ NASA, U.S.A.

WE3 D- 1
Evolution of Circularly Polarized Composite Right/ eftHanded Leaky-Wave Antenna

WE3 E- 1
Millimeter-Wave CM S Radio Frequency Integrated
Circuits Development and its Potential Applications

H. Lee, T. Itoh, UCLA, U.S.A.

D. Dawn, North Dakota State Univ., U.S.A.

WE3 F- 1
The X-Band High Gain and Radiation-Hardness LowNoise GaAs MMIC Amplifier with Cryogenic Temperature
for X-Ray Astronomy

WE3 D- 2
Experimental Characterization of Volume-Mode Waves in
Near-Field Anisotropic Metamaterials with Application to
Wireless Power Transfer

WE3 E- 2
The Experimental Study of THz Image Sensor in 0.1 um
CMOS Technology

1

2

2

2 1

M.J. Chabalko , W.C. Harris , D.D. Stancil , D.S. Ricketts , Carnegie
Mellon Univ., U.S.A., 2North Carolina State Univ., U.S.A.

WE3 D- 3
Enhancement of Phase Nonreciprocity in Microstrip- ineBased Composite Right/ eft-Handed Metamaterials

T. Noji1,2, A. Miyachi2, T. Kikuchi2, N.Y. Yamasaki2, K. Mitsuda2, S.
Kawasaki2, 1Tokyo Metropolitan Univ., JAPAN, 2JAX A, JAPANC.-W. Lai1, W.-C. Chen1, T.-C. Yan1, C.-H. Li2, C.-N. Kuo1, 1National
Chiao-Tung Univ., TAIWAN, 2National Central Univ., TAIWANWE3 E- 3
ow Noise Amplifier MMICs for 25GHz Radiometric Applications
1

2

2

2

4

WE3 F- 2
Submillimeter-Wave Remote Sensing Spectrometers
I. Mehdi, California Inst. of Tech., U.S.A.

WE3 F- 3
Interference Analysis of Dual-Band WiCoPT System for
Wireless Sensor Network in RVTS. Diebold , J. Kuhn , A. Hulsmann , A. Leuther , K. Dahlberg , P. Jukkala , M.
Kantanen5 , I. Kallfass6, T. Zwick7, T. Narhi8 , 1Osaka Univ., JAPAN, 2IAF,
GERMAN, Aalto Univ., FINLAND, 4DA-Design Oy, FINLAND, 5 VTT TechnicalResearch Centre of Finland, FINLAND, 6Univ. of Stuttgart, GERMANY, 7KIT,GERMANY, 8 ESTEC, NETHERLANDS

R. Takamori1, K. Nishikawa1,2, Y. Maru2, S. Kawasaki2, 1Kagoshima
Univ., JAPAN, 2JAX A, JAPANWE3 D- 4
Planar Microwave Frequency Splitter and Coupler Basedon Conformal Surface Plasmonic Structures

WE3 E- 4
A Low Power Multichannel Receiver for D-Band Sensing
Applications in a 0.1 m SiGe BiCM S Technology

WE3 F- 4
Behaviour of Multi-Band RF-DC Converters in Presenceof Modulated Signals for Space Based Wireless Sensors

X. Liu, Y. Feng, B. Zhu, Nanj ing Univ., CHINA

A. Chakraborty1,2, S. Trotta1, R. Weigel2, 1Infineon Tech. A ,2
FAU Erlangen-Nurnberg, GERMANY

D. Belo, N.B. Carvalho, Universidade de Aveiro, PORTUGAL

K. Enomoto1, T.
2
UCLA, U.S.A.

eda1, T. Itoh2, 1Kyoto Inst. of Tech., JAPAN,

R A,

WE3 E- 5
A V-Band Power Amplifier with Adaptive Bias Circuit to
Save uiescent DC Power Consumption sing 90-nm
CMOS Technology
Y.-H. Hsiao, H.-C. Liao, J.-C. Kao, H. Wang, National Taiwan Univ.,
TAIWAN

16 :50 - 18:30
Room D (Shirakashi 2) 3rd Floor
Sessio n WE4D

Room E (Meeting Room 1) 1st Floor
Sessio n WE4E

WE3 F- 5
The Wireless Sensor Network System in a Reusable Rocketwith igBee perating at 920MHz
S. Yoshida1, N. Hasegawa2, C. Maekawa , I. rushibara , H.
Yamazawa4, H. Sato , S. Kawasaki1, 1JAX A, JAPAN, 2Kyoto Univ.,
JAPAN, AR’ S Co., Ltd., JAPAN, 4Chino Corp., JAPANW edn esday, November 5
Room F (Meeting Room 2) 1st Floor
Sessio n WE4F

ow oise and High Power Amplifiers and Hig h Sp eed Dig ital Circu its an d Sy stem In teg rity
Metamaterial s an d Perio d ic Stru ctu res II
Chairs: H. Nosaka, NTT Corp., JAPAN
Chairs: P.-L. Chi, National Chiao Tung Univ., Ap p l icatio n s
K. Yamamoto, Mitsubishi Electric Corp.,
TAIWAN
Chairs: T. Yoshimasu, Waseda Univ., JAPANJAPAN
A. Hirota, Mitsubishi Electric Corp.,
M. Madihian, Drexel Univ., U.S.A.
JAPAN
WE4D- 1
Constitution of eft-Handed WaveguideModesing Cutoff TM

Y. Mizutani1, M. Kishihara1, I. Ohta2, K. Okubo1, H. Takimoto1,
1
Okayama Prefectural Univ., JAPAN, 2Univ. of Hyogo, JAPANWE4D- 2niplanar Metamaterial Based Dual Composite Right-/eft Handed D-CR H Microstrip ine for Microwave
Circuit Applications
D.D. Colin, Z. Hu., The Univ. of Manchester, U.K.

WE4D- 3eft Handed Signal Responses from Dielectric-Ferrite
Striplines

WE4E- 1
A ow Power Broadband-Band ow Noise Amplifier

Y.-T. Chang, H.-C. Lu, National Taiwan Univ., TAIWAN

WE4F- 2
Design of ow-Power High-Speed Divide-by-2/ Prescalerswith Improved True Single-Phase Clock Scheme

Bo-Yu Chen1, Chau-Ching Chiong2, Huei Wang1, 1National Taiwan
Univ., TAIWAN, 2Academia Sinica, TAIWAN

S. Jia, S. Yan, Y. Wang, G. Zhang, Peking Univ., CHINA

WE4E- 3
A W-Band 100nm InP HEMTWE4F- 3
Polarization Angle Diversity and Quick Decodable Block
Code for M2M Wireless Communication

ltra ow Noise Amplifier

D.S. Farkas1, S.J. Sarkozy2, R. Katz2, 1Active Wave Tech., LLC.,
U.S.A., 2Northrop Grumman Corp., U.S.A.

WE4D- 4
Polarization and Angle of Incidence Insensitive THz
Metamaterial Absorber Based on Rotationally Asymmetric
Cell

WE4E- 4
Design of a 0.1 - m BiCM S PA with Concurrent andNon-Concurrent perations in 10-19, 2 -29 and -40GHz
Bands

M. Zhan1,2, X. Xie2, Z. Wang1,2, 1Boston Univ., U.S.A., 2UESTC, CHINA

K. Kim, C. Nguyen, Texas A& M Univ., U.S.A.

WE4D- 5Terahertz Metamaterial AbsorberResonator

WE4E- 560GHz CMOS Transmitter Front-End with Built-in
Temperature Sensor

Y. Wen1, W. Ma1, J. Bailey2, G. Matmon2, G. Aeppli2, X. Yu1, 1Peking
Univ., CHINA, 2Univ. College London, U.K.

Y. Wang, M. Tang, L.-S. Wu, J.-F. Mao, Shanghai Jiao Tong Univ.,
CHINA

WE4E- 2A High Gain -Band NA in GaAs 0.1- m pHEMT forRadio Astronomy Application

M. Tsutsumi, Kyoto Inst. of Tech., JAPANsing Asymmetric

WE4F- 1A Passive Equalizer Based on a Stub and Broadside
Coupled ines for High-Speed Data Transmission

M. Aono, K. Takei, Hitachi, Ltd., JAPANWE4F- 4
A Controlled Pulse Generator for 10th Derivative Gaussian
IR- WB in 1 0nm CM S Process
L. C. Moreira1, J.F. Neto1 W.A.M.V. Noije2, E.T. Rios , 1Catholic
Univ. of Santos, BRAZIL, 2Universidade de Sao Paulo/ LSI, BRAZIL,
Universidad Popular Autonoma del Estado de Puebla, MEX ICO

D. Dawn, North Dakota State Univ., U.S.A.

15

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TECHNICAL SESSIONS ( Oral Sessio n s)
Th ursday, November 6

8:30 - 10:10

Room A (Tachibana) 2nd Floor
Sessio n TH1A

Room B (Hagi) 2nd Floor
Sessio n TH1B

Room C (Shirakashi 1) 3rd Floor
Sessio n TH1C

Mo bil e an d Wirel ess Co mmu n icatio n Sy stem
ovel ow oise Amplifiers and elated
Micro w av e Measu remen t an d Material
Techn o l o g ies I
Techn o l o g ies
Characteriz atio n I
Chairs: T. Kashiwa, Furuno Electric Co., Ltd., Chairs: A. Ferrero, Keysight Tech. Inc., U.S.A.
Chairs: X. Yin, Southeast Univ., CHINA
JAPAN
K. Tsubouchi, Tohoku Univ., JAPANM. Horibe, NMIJ-AIST, JAPANH. Kanaya, Kyushu Univ., JAPANTH1A- 1
Enhancement of Signal Strength in Evaporation Ducting
Towards Radio Wave Propagation

TH1B - 1
Wideband Low Noise Receiver Front-End Module Using
LTCC Triplexer

M.B. Roslee, Y.B. Yunus, Multimedia Univ., MALAYSIA

T. Kaho1, Y. Yamaguchi1, H. Shiba1, S. Oshima2, T. Nakagawa1, 1NTT
Corp., JAPAN, 2Oyama National College of Tech., JAPANTH1A- 2High Temperature Superconducting Filters to Enable HighPower Public Safety Mobile Broadband

TH1B - 2
A Low Power, Wide Bandwidth K-Band Transformer
Feedback ow Noise Amplifier with Current-Reused
Topology

A. Kerans, J. Mazierska, James Cook Univ., AUSTRALIA

C.-I. Chien, Y.-C. Wang, K.-H. Chien, H.-K. Chiou, National Central
Univ., TAIWAN

TH1A- 3
Multifunctional Communication Transceiver with Distance
Measurement Capability

TH1B - 3
A Wideband GaN
Sensing System

L. Xie, X. Yin, L. Yang, C. Lu, H. Zhao, Southeast Univ., CHINA

Y. Yamaguchi, T. Kaho, M. Kawashima, H. Shiba, T. Nakagawa,NTT Corp., JAPANTH1A- 4SNR Enhancement by the Noise Elimination Technique for
Decomposed OFDM Signals

TH1B - 4
A 20GHz Low Noise CMOS Active Balun Using AsymmetricTransformer

Y. Shirato, M. Kotsuka, M. Muraguchi, Tokyo Univ. of Science,JAPANK. Tsutsumi, R. Inagaki, T. Nakai, R. Takeuchi, E. Taniguchi,
Mitsubishi Electric Corp., JAPANTH1A- 5Development of Satellite-Terrestrial Multi-Mode VSAT
sing Software Defined Radio Technology

TH1B - 5
A Series/Shunt Switching Type Sample and Hold CMOS
IC for 1 GHz-Band Direct RF Under Sampling Reception

S. Kameda1, T. Okuguchi1, S. Eguchi1, N. Suematsu2, 1Tohoku Univ.,
JAPAN, 2ISB Corp., JAPANT. Koizumi, M. Motoyoshi, B. Daliso, O. Wada, S. Kameda, N.
Suematsu, T. Takagi, K. Tsubouchi, Tohoku Univ., JAPANTh ursday, November 6

ow Noise Amplifier for a Frequency

TH1C- 1
Determination of the Complex Residual Errors of a
Calibrated One-Port Vector Network Analyzer Using the
Ripple Test
A.A. Savin1, V.G. Guba2, 1TUSUR, RUSSIAN FEDERATION, 2NPK
TAIR, RUSSIAN FEDERATION

TH1C- 2
Determining Scattering Matrix of a Three-Port Reciprocal
Network from One-Port Measurements
Y.-C. Lin, T.-H. Chu, National Taiwan Univ., TAIWAN

TH1C- 3
Demonstration of On-Wafer Noise Figure Measurement of
00-GHz Amplifier MMIC tilizing Microwave Photonic
Noise Source
H.-J. Song, M. Yaita, NTT Corp., JAPANTH1C- 4
Wideband Transition Between Substrate Integrated
Waveguide (SIW) and Rectangular Waveguide (RWG)
Based on Bend Waveguide
T. Li, W. Dou, H. Meng, Southeast Univ., CHINA

TH1C- 5
Broadband Microwave Measurements of Nanodiamond
J. A. Cuenca, E. Thomas, S. Mandal, O. Williams, A. Porch, Cardiff
Univ., U.K.

10:30 - 12:10

Room A (Tachibana) 2nd Floor
Sessio n TH2A

Room B (Hagi) 2nd Floor
Sessio n TH2B

Room C (Shirakashi 1) 3rd Floor
Sessio n TH2C

Eu MA Sp ecial Sessio n
Chairs: W. Heinrich, FBH, GERMANY
A. Sanada, Yamaguchi Univ., JAPANAn ten n as an d Pro p ag atio n Techn o l o g ies f o r Micro w av e Measu remen t an d Material
MIMO Co mmu n icatio n s
Characteriz atio n II
Chairs: N. Honma, Iwate Univ., JAPAN
Chairs: M. Janezic, NIST, U.S.A.
K. Kihira, Mitsubishi Electric Corp., JAPANM. Horibe, NMIJ-AIST, JAPANTH2A- 1
Carbon Based Ballistic RF Electronics

TH2B - 1
Bidirectional Matching Technique for Tx and Rx Ports in
Short-Range MIMO

TH2C- 1
Evaluation of Frequency-Dependent Permeability byHarmonic Resonance Cavity Perturbation Method

2

K. Murata1, N. Honma2, K. Nishimori3, H. Morishita1, 1National
Defense Academy, JAPAN, 2Iwate Univ., JAPAN, 3Niigata Univ.,
JAPAN

T. Miura1, K. Tahara2, M. Horibe3, 1The Mueller Consultant, JAPAN,
2
Kanto Electronics Application and Development Inc., JAPAN, 3AIST,JAPAN

TH2A- 2The Microwave Class-S Power Amplifier: Progress
Towards the Digital Transmitter

TH2B - 2
Compact MIMO/Diversity Antenna for Portable andMobile UWB Terminals

W. Heinrich, A. Wentzel, FBH, GERMANY

C.H. See1,3, N.T. Ali2, A. Atojoko3, N.M Jan3, R.A. Abd-Alhameed3, O.
Maki3, E. Elkazmi3,4, N.J. McEwan3, 1Univ. of Bolton, U.K., 2Khalifa
Univ., UAE, 3Univ. of Bradford, U.K., 4Bani-Walid Univ., LIBYA

TH2C- 2Frequency Dependence Measurement of Complex
Permittivity for C-, A- and R-Plane Sapphire Substrates
from 30 to 5 0 GHz Band

F. Coccetti1, D. Mencarelli2, L. Pierantoni2, 1CNRS-LAAS, FRANCE,UNIVPM, ITALY

TH2A- 3
Detailed Investigation of Fundamental
Mechanisms in Power Amplifiers
A. Suarez, F. Ramirez, Univ. of Cantabria, SPAIN

Instability

A. Ebata, T. Shimizu, Y. Kogami, Utsunomiya Univ., JAPANTH2B - 3
Manipulating MIMO Propagation Environment Using
Tunable Passive Repeater

TH2C- 3
Constitutive Parameters Determination of Isotopic
Metamaterials sing a Calibration-Independent TechniqueN. Honma, Y. Takahashi, Y. Tsunekawa, Iwate Univ., JAPANU.C. Hasar1, G. Buldu1, M. Bute1, J.J. Barroso2, T. Karacali3, M.
Ertugrul3, 1Univ. of Gaziantep, TURKEY, 2National Inst. for Space
Research, BRAZIL, 3Ataturk Univ., TURKEY

TH2B - 4
Dual-frequency MIM
Coupling

TH2C- 4
Dielectric Properties of Palmyrah Palm Juice at Microwave
Frequencies

Antennas with Reduced Mutual

L. Yi, Y. Yu, Chongq ing Univ., CHINA

R. Kanahna1, P. Keowsawat2, S. Promwong1, C. Phongcharoenpanich1,
KMITL, THAILAND, 2Phetchaburi Raj abhat Univ., THAILAND

1

TH2B - 5
Miniaturized 6-Port MIMO Antenna Using T-Shaped
Planar Inverted-F Antennas and Capacitor-Loaded Notch
Antennas

TH2C- 5
Discussions on Measurement Accuracy of Complex
Relative Permittivity Using a Balanced-Type Circular Disk
Resonator Method

K. Takahashi1, N. Honma1, K. Murata2, Y. Tsunekawa1, 1Iwate Univ.,
JAPAN, 2National Defense Academy, JAPANJ. Nakatsutsumi1, Y. Kobayashi2, Z.-W. Ma2, 1Saitama Univ., JAPAN,
2
SUMTEC, Inc., JAPAN16

1 _1 _TECHNICAL SESSIONS

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11:10:29

TECHNICAL SESSIONS ( Oral Sessio n s)
8:30 - 10:10

Th ursday, November 6

Room D (Shirakashi 2) 3rd Floor
Sessio n TH1D

Room E (Meeting Room 1) 1st Floor
Sessio n TH1E

Room F (Meeting Room 2) 1st Floor
Sessio n TH1F

iomedical Applications andTag Antennas
Chairs: T. Nagaoka, NICT, JAPANM. Matsunaga, Ehime Univ., JAPANMil l imeter- Wav e an d Terahertz An ten n as
Chairs: Y. Kimura, Saitama Univ., JAPANN. Honma, Iwate Univ., JAPANapanese nd strial ession
Chairs: K. Takei, Hitachi Ltd., JAPANK. Yamanaka, Mitsubishi Electric Corp.,
JAPAN

TH1D- 1
Radar and Conventional Occupancy Sensors Performance
Comparison

TH1E- 1
A Low-cost High Gain Substrate Integrated Waveguide
Fed Patch Antenna Array for 60-GHz Applications

TH1F- 1Compact and Lightweight Satellite Earth Stations for Rapid
Link Provisioning

E. Yavari, A. Lee, K. Pang, N.A. McCabe, O. Boric-Lubecke, Univ.
of Hawaii, U.S.A.

Y. Li, K.-M. Luk, City Univ. of Hong Kong, HONG KONG

T. Hirose, NTT Corp., JAPANTH1D- 2Development of Biological Tissue Coagulation Device
Composed of Helical Radiation Element by Microwave
EnergyTH1E- 2A Circularly Polarized Antenna Array with Integrated
Calibration Probes

TH1F- 2
A New Tunable RF Front-End for Advanced 4G Handsets

Y. Tezuka, Y. Endo, K. Saito, K. Ito, Chiba Univ., JAPANB. Rohrdantz, A. Stark, E. Hawamdah, A.F. Jacob, Tech. Univ.
Hamburg-Harburg, GERMANY

T. Wada, H. Obiya, T. Ogami, R. Nakajima, H. Hayafuji, M. Tani, M.
Koshino, M. Kawashima, N. Nakajima, Murata Manufacturing Co.,
Ltd., JAPANTH1D- 3
Fast and Accurate Computational Electromagnetic
Modeling of Non-Invasive Brain Stimulation

TH1E- 3
Fast Analysis of THz Double-Re ector Antenna Based on
Point Matching Method and Gaussian Beam Tracing

TH1F- 3
Computer Assisted Design to Develop Functional Device
and Modules for Wirelss Systems

I. Laakso, A. Hirata, Nagoya Inst. of Tech., JAPANH. Wang1, Z. Lu1, J. Yu1, X. Chen2, X. Liu1, Y. Yao1, 1BUPT, CHINA,
2
Q ueen Marry Univ. of London, U.K.

K. Takei, M. Ohnishi, Hitachi Ltd., JAPANTH1D- 4
A Compact UHF RFID Tag Antenna Using Split-RingResonator-Loaded Short Dipole

TH1E- 4
A Novel Graphene-Based Artificial Magnetic Conductor
Antenna in Terahertz Band

TH1F- 4Development of Wireless Communication Technologies
for Future Multi-Gigabit Data Transmission

T.-H. Cheng, C.-H. Chiang, D.-W. Kung, S.-Y. Chen, National
Taiwan Univ., TAIWAN

B.-H. Gan, L.Zhou, L. Lin, W.-Y. Yin, J.-F. Mao, Shanghai Jiao
Tong Univ., CHINA

A. Honda, Z. Li, L. Zhou, K. Kasai, Y. Ohashi, Fuj itsu Laboratories
Ltd., JAPANTH1D- 5
Studies on a Polyester Fabric Substrate of the Feed Line toa Flexible Slot Antenna

TH1E- 5Investigation of a Membrane Supported D-Band Antenna
with a 3D Printed Polyamide Lens

TH1F- 5
Near-Field RFID Sensor-Sheets to Detect Objects andPersons with No RFID Tags Attached

A.-C. Bunea1,2, D. Neculoiu1,2, A. Avram1, C. Rusch3, 1IMT, ROMANIA,
Politehnica Univ. of Bucharest, ROMANIA, 3KIT, GERMANY

W. Hattori, H. Fukuda, K. Takahashi, R. Kawai, Y. Takahashi, H.
Miyano, NEC Corp., JAPANK. Fujiwara, H. Shimasaki, K. Morimoto, N. Kuwahara, Kyoto Inst.
of Tech., JAPAN2

10:30 - 12:10

Th ursday, November 6

Room D (Shirakashi 2) 3rd Floor
Sessio n TH2D

Room E (Meeting Room 1) 1st Floor
Sessio n TH2E

Room F (Meeting Room 2) 1st Floor
Sessio n TH2F

Smal l - Scal e Co mmu n icatio n an d Sen sin g
Sy stems
Chairs: Y. Chen, SUSTC, CHINA
T. Nakano, Osaka Univ., JAPAN

ational T
Pro ects in apan
Chairs: N. Numata, Open Univ. of Japan, JAPANN. Suematsu, Tohoku Univ., JAPANAd v an ced Micro w av e Techn o l o g ies in East Asia
Chairs: Z. Ma, Saitama Univ., JAPANY. Yamaguchi, NTT Corp., JAPANTH2D- 1
Mobile Bionanosensor Networks Through Molecular
Communication

TH2E- 1IC Chip Level Low Noise Technology for High Speed andHigh Quality Telecommunication Systems

TH2F- 1
Base Station Digital Predistorter Compensating for
Frequency-Dependent IMD Components

T. Nakano, T. Hara, Y. Okaie, T. Obuchi, S. Nishio, Osaka Univ.,JAPAN

M. Yamaguchi1, S. Tanaka1, Y. Endo1, M. Nagata2, H. Matsui3, M.
Iwanami4, K. Tsukamoto4, 1Tohoku Univ., JAPAN, 2Kobe Univ.,
JAPAN, 3Renesas Electronics Co., JAPAN, 4NEC Corp., JAPANY. Suzuki, J. Ohkawara, S. Mizuta, S. Narahashi, NTT DOCOMO,
INC., JAPANTH2D- 2
A Touch-Communication Model of Targeted Drug
DeliveryTH2E- 2
60GHz Band Compact Range Communication with a Large
Array Base Station

TH2F- 2
Mitsubishi Electric’ s
Infrustructure Systems

Y. Chen1, P. Kosmas2, P.S. Anwar1, L. Huang1, 1SUSTC, CHINA,
2
King’ s College London, U.K.

M. Ando, M. Zhang, J. Hirokawa, Tokyo Inst. of Tech., JAPANK. Yamanaka, Mitsubishi Electric Corp., JAPANTH2D- 3Body-Centric Nano-Networks: EM Channel Characterisationin Water at the Terahertz Band

TH2E- 379GHz-Band Millimeter-Wave Radar High Precision andWide Field of View Technologies

TH2F- 3
Energy-Efficient Concurrent Dual-Band Transmitter for
Multistandard Wireless Communications

K. Yang1, Q.H. Abbasi2, . araqe2, A. Alomainy1, Y. Hao1, 1Q ueen
Mary Univ. of London, U.K., 2Texas A& M Univ. at Q atar, Q ATAR

K. Miyamoto, Y. Nakagawa, Panasonic Corp., JAPANW. Chen, X. Chen, S. Zhang, Z. Feng, Tsinghua Univ., CHINA

TH2D- 4
Small-Scale Optical
Re ectarrays

TH2E- 4Multi-Mode Portable VSAT for Disaster-Resilient Wireless
Networks

TH2F- 4
Research Advances in Low Cost THz Passive and Active
Components

N. Suematsu1, S. Kameda1, H. Oguma2, M. Sasanuma3, S. Eguchi4, K.
Kuroda5 , 1Tohoku Univ., JAPAN, 2Toyama National College of Tech.,JAPAN, 3SKY Perfect JSAT Corp., Minato, JAPAN, 4ISB Corp.,
JAPAN, 5 Cyber Creative Inst., JAPANZ. Hao, D. Hou, J. Chen, W. Hong, Southeast Univ., CHINA

Communication

with

TunableL. Zou, M. Cryan, M. Klemm, Univ. of Bristol, U.K.

TH2D- 5
Incident-Insensitive Frequency Selective Surface
Degradable Material for Bio-Medical Applications

GaN

Devices

Employedinsing

J. Zhao, Q. Zhang, R. Wang, Y. Chen, SUSTC, CHINA

17

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TECHNICAL SESSIONS ( Oral Sessio n s)
Th ursday, November 6

13:30 - 15:30

Room A (Tachibana) 2nd Floor
Sessio n TH3 A

Room B (Hagi) 2nd Floor
Sessio n TH3 B

Room C (Shirakashi 1) 3rd Floor
Sessio n TH3 C

Mo bil e an d Wirel ess Co mmu n icatio n Sy stem Mil l imeter- Wav e Hig h Po w er Tran smitter Ad v an ces in Far- Fiel d Wirel ess Po w er Tran sf er
an d Sw itch B ased o n GaN an d CMOS
Sy stems
Techn o l o g ies II
Chairs: T. Kaneko, NEC Corp., JAPAN
Chairs: N. Shinohara, Kyoto Univ., JAPAN
Chairs: M. Taromaru, Fukuoka Univ., JAPANJ. Zhao, Southeast Univ., CHINA
K. Yamamoto, Mitsubishi Electric Corp.,
A. Georgiadis, CTTC, SPAINJAPAN
TH3 A- 1
Extended Dependable Air: Heterogeneous Wireless Network
for Surface, Space and Sea

TH3 B - 1
High Power Solid-State Power Amplifiers for Airborne andSpace Applications in Remote Sensing and Communications

K. Tsubouchi, Tohoku Univ., JAPANM. Koker, E. Watkins, N. Deo, Q uinStar Tech., Inc., U.S.A.

TH3 A- 2
Blind Adaptive Arrays with Subcarrier Transmission
Power Assignment for Spectrum Superposing
K. Maruta, J. Mashino, T. Sugiyama, NTT Corp., JAPANTH3 A- 3
Centralized Control of Carrier Sense Threshold and Channel
Bandwidth in High-Density WLANs
T. Nakahira, K. Ishihara, Y. Asai, Y. Takatori, R. Kudo, M. Mizoguchi,
NTT Corp., JAPANTH3 A- 4
Cooperative Back-Off Control Scheme for Point-to-Point
Simultaneous Transmission Using Capture Effect
M. Iwabuchi, A. Kishida, T. Shintaku, T. Onizawa, T. Sakata, NTT
Corp., JAPANTH3 B - 2
Millimeter-wave GaN HEMT model with VDS dependenceof CDS for power amplifier applications
K. Joshin1,2, S. Ozaki2, T. Ohki1,2, N. Okamoto1,2, Y. Niida1,2, K.
Makiyama1,2, 1Fuj itsu Ltd., JAPAN, 2Fuj itsu Laboratories Ltd., JAPANTH3 B - 3
A 65 V Operation High Power X-Band GaN HEMT
Amplifier. ikuchi, M. Nishihara, H. amamoto, S. Mizuno, F. amaki, T.
Yamamoto, Sumitomo Electric Device Innovations, Inc., JAPANTH3 B - 4
A 10MHz-12GHz Low-Distortion High-Speed SP4T Switch
Using GaN HEMTs with Oxynitride TaON Passivation
S. Koyama, M. Onishi, M. Kimishima, Advantest Laboratories Ltd.,JAPAN

TH3 B - 5
A
-Band CM S Power Amplifier with FET-Type
Adaptive-Bias Circuit

TH3 C- 1
Optimal Signal Selection and Rectenna Design Challenges
for Electromagnetic Energy Harvesting and WirelessPower Transfer
A. Georgiadis, A. Collado, K. Niotaki, CTTC, SPAIN

TH3 C- 2
Development of Rectenna with High Impedance and HighQ Antenna
N. Shinohara, Y. Zhou, Kyoto Univ., JAPANTH3 C- 3
Analysis of Rectifier RF-DC Power Conversion Behavior
with QPSK and 16QAM Input Signals for WiCoPT System
H. Sakaki1, T. Kuwahara1, S. Yoshida2, S. Kawasaki2, K. Nishikawa1,2,
1
Kagoshima Univ., JAPAN, 2JAX A, JAPANTH3 C- 4
The Impact of Multi-Sine Tone Separation on RF-DC
Efficiency
A. Boaventura1, N.B. Carvalho1, A. Georgiadis2, 1Universidade de
Aveiro, PORTUGAL, 2CTTC, SPAIN

T.-C. Tsai, K.-Y. Kao, K.-Y. Lin, National Taiwan Univ., TAIWAN

TH3 A- 5
Experimental Evaluation of a Grouping Method Employing
Network Allocation Vector Based on IEEE8 02.11 WirelessLAN

TH3 B - 6
Design of a -Band Power Amplifier for High Gain,
utput Power and Efficiency on 0.1 - m SiGe BiCM S
Process

T. Shintaku, A. Kishida, M. Iwabuchi, T. Onizawa, T. Sakata, NTT
Corp., JAPANK. Kim, C. Nguyen, Texas A& M Univ., U.S.A.

Th ursday, November 6

TH3 C- 5
C- / -band Amplifier Circuits for Wireless Communication
and Power Transmission
N. Hasegawa1,2, S. Yoshida2, S. Kawasaki2, N. Shinohara1, 1Kyoto
Univ., JAPAN, 2JAX A, JAPAN

15:50 - 17:30

Room A (Tachibana) 2nd Floor
Sessio n TH4A

Room B (Hagi) 2nd Floor
Sessio n TH4B

Room C (Shirakashi 1) 3rd Floor
Sessio n TH4C

Resil ien t ICT Sessio n f o r Disaster Rel ief
Chairs: H. Wakana, NICT, JAPAN
T. Hirose, NTT Corp., JAPANaAs and i ased Power Amplifiers
Near Fiel d an d Grid So l u tio n s f o r Wirel ess
Chairs: K. Yamamoto, Mitsubishi Electric Corp., Po w er Tran sf er
JAPAN
Chairs: A. Georgiadis, CTTC, SPAIN
Y. Nakasha, Fuj itsu Laboratories Ltd.,N. Shinohara, Kyoto Univ., JAPANJAPAN

TH4A- 1An Attempt to Disaster Resilient Wireless Network

TH4B - 1
CM S-Based Power Amplifiers and Transmitters for MmWave Applications

H. Kumagai, K. Hamaguchi, Y. Owada, Y. Nemoto, NICT, JAPANTH4A- 2
STBC Decode-and-Forward
Aircraft System

FDM Relay for

nmmanedP. Asbeck, J. Buckwalter, G. Rebeiz, UCLA, U.S.A.

TH4C- 1
Cancellation Mechanism of Electromagnetic Leakage for
Wireless Power Transmission System Based on Magnetic
Resonant Coupling
Y. Narusue, Y. Kawahara, T. Asami, The Univ. of Tokyo, JAPAN

TH4B - 2
A Two-Power-Mode Si-CM S/GaAs-HBT Hybrid Power Amplifier
Module for 0.9-GHz-Band W-CDMA Handsets Applications

TH4C- 2A Multi-Coil Wireless Power Transfer System Utilizing
Dynamic Matching for In-Vivo and Biomedical
Applications

F. Adachi, H. Miyazaki, Tohoku Univ., JAPANK. Kato, T. Matsuzuka, M. Miyashita, K. Yamamoto, Y. Takahashi, S. Yamabe, K.
Maeda, F. itabayashi, . Sasaki, M. Hirobe, S. Shinjo, . Horiguchi, T. Sumino,
S. Suzuki, H. Katayama, T. Shimura, H. Seki, Mitsubishi Electric Corp., JAPANTH4A- 3
Movable and Deployable ICT Resource Unit for Instant
Delivery of Local ICT Services

TH4B - 3
A Dual-Gain-Mode High Efficiency Power Amplifier for
W-CDMA Data Communications

TH4C- 3
Wireless Power Transfer System Using Sheet-Like
Waveguide

T. Sakano, S. Kotabe, T. Komukai, A. Takahara, NTT Network
Innovation Lab., JAPAN. Mukai, S. Shinjo, . amanaka, M. Miyashita,
Mitsubishi Electric Corp., JAPANH. Arai, N. Yoneyama, Yokohama National Univ., JAPANTH4A- 4
Technical Challenges of Information Communication in
Disaster Areas with Delay Tolerant Networking Technologies

TH4B - 4
A inear Watt- evel Power Amplifier Implemented in
28 nm Standard CMOS Technology

A. Tanaka, NEC Corp., JAPANP. Ossmann1, . Fuhrmann2,3, K. Dufrene3, H. Pretl3, A. Springer1,
1
Johannes Kepler Univ., AUSTRIA, 2Friedrich-Alexander-Univ. ErlangenNuremberg, GERMANY, 3DMCE GmbH & Co. KG, AUSTRIA.

amamoto,J. Bito, B.S. Cook, M.M. Tentzeris, Georgia Inst. of Tech., U.S.A.

TH4C- 4
Design Considerations of Wireless Power Transfer
Applications to Electric Vehicle Charging in Efficiency
and Misalignment
I.-S. Suh, J.-D. Kim, KAIST, REPUBLIC of KOREA

TH4A- 5Autonomous Deployment Algorithm for Resilient Mobile
Mesh Networks

TH4C- 5
Wireless Grid to realize Battery-Less Sensor Networks in
Indoor Environments

K. Hattori1, N. Tatebe2, T. Kagawa1, Y. Owada1, K. Hamaguchi1,
1
NICT, JAPAN, 2The Univ. of Electro-Communications, JAPANG. Matsushita1, D. Maehara2, Y. Kuki1, K. Sakaguchi1, S. Sampei1, K.
Araki2, 1Osaka Univ., JAPAN, 2Tokyo Inst. of Tech., JAPAN18

1 _19_TECHNICAL SESSIONS

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11:10:4

TECHNICAL SESSIONS ( Oral Sessio n s)
13:30 - 15:30
Room D (Shirakashi 2) 3rd Floor
Sessio n TH3 D

Room E (Meeting Room 1) 1st Floor
Sessio n TH3 E

Th ursday, November 6
Room F (Meeting Room 2) 1st Floor
Sessio n TH3 F

Mil l imeter- Wav e Co mmu n icatio n an d Rad ar Recen t R& D To p ics in East Asia
An ten n as f o r Mo bil e Co mmu n icatio n s
Sy stems
Chairs: W. Chen, Tsinghua Univ., CHINA
Chairs: M. Nakano, KDDI Lab., JAPANT. Fukasawa, Mitsubishi Electric Corp., Chairs: M. Fujishima, Hiroshima Univ., JAPANW. Hong, Southeast Univ., CHINA
JAPAN
K. Nishikawa, Kagoshima Univ., JAPANTH3 D- 1
Design of Zeroth-Order Resonant Antennas for Mobile
Applications

TH3 E- 1
60GHz Wireless Technologies for WiGig/IEEE 8 02.11ad
Multi-Gigabit Systems

G. Kim, B. Lee, Kyung Hee Univ., REPUBLIC of KOREA

T. Urushihara, H. Takahashi, M. Kobayashi, H. Motozuka, M. Irie, N.
Shirakata, K. Takinami, Panasonic Corp., JAPANTH3 D- 2
A Compact, Linearly-Polarized Antenna Design with
Electronically Steerable Angle of Orientation

TH3 E- 2
All-in-One 60 GHz CMOS Transceiver for Proximity WirelessCommunication

TH3 F- 2
Research Activities in the State Key Laboratory ofMillimeter Waves

L.-P. Cai, M.-C.J. Chik, K.-K.M. Cheng, The Chinese Univ. of Hong
Kong, HONG KONG

T. Mitomo, Toshiba Corp., JAPANW. Hong, Southeast Univ., CHINA

TH3 D- 3
A Low SAR WWAN Antenna Design for Tablet Application

TH3 E- 3
Study on Interference between FMCW and Spread Spectrum
Radar

TH3 F- 3
Researches on Time-Reversed Electromagnetics at UESTC

S.-C. Lai, C.-M. Yang, C.-M. Jiang, C.-L. Tang, Auden Techno Corp.,
TAIWANK. Shirakawa, Y. Ohashi, Fuj itsu Laboratories Ltd., JAPANTH3 D- 4
Millimeter-Wave Microstrip Bent Line Grid Array Antenna
for 5 G Mobile Communication Networks

TH3 E- 4
9 GHz CM S Power Amplifier Considering Time- andTemperature-Degradation Model

S. Hakimi, S.K.A. Rahim, UTM, MALAYSIA

T. Yoshida, K. Takano, C.Y. Li, K. Katayama, S. Amakawa, M.
Fujishima, Hiroshima Univ., JAPANTH3 F- 1
Recent Progress of Advanced Microwave and System-inPackage Integration Technologies at National Taiwan
Univ.
H. Wang, T.-L. Wu, P. Hsu, R.-B. Wu, K.-Y. Lin, T.-W. Huang,
National Taiwan Univ., TAIWAN

B.-Z. Wang, Y. Chen, D. Zhao, UESTC, CHINA

TH3 F- 4
Millimeter Wave Integrated Circuit Researches in KAIST
J. Oh, C.W. Byeon, S. Lee, S. Kong, C.S. Park, S. Hong, KAIST,REPUBLIC of KOREA

TH3 D- 5
Wide-Band Double oop Antenna Fed by Modified Single
Strip Line
S. Kuroda1, R. Suga1, T. Uwano2, O. Hashimoto1, 1Aoyama Gakuin
Univ., JAPAN, 2 fice U no, A A

15:50 - 17:30
Room D (Shirakashi 2) 3rd Floor
Sessio n TH4D

Room E (Meeting Room 1) 1st Floor
Sessio n TH4E

Th ursday, November 6
Room F (Meeting Room 2) 1st Floor
Sessio n TH4F

Co u p l ers an d Po w er Div id ers II
Chairs: K. Eccleston, Univ. of Canterbury,
NEW ZEALAND
Y. Tahara, Mitsubishi Electric Corp.,JAPAN

B ro ad ban d an d Mu l tiban d An ten n as III
Ou tstan d in g Asian Y o u n g Researchers
Chairs: K. Itoh, Kanazawa Inst. of Tech., JAPAN Chairs: M. Higaki, Toshiba Corp., JAPANM. Krairiksh, KMITL, THAILAND
Q. Chen, Tohoku Univ., JAPAN

TH4D- 1
A 5. -GHz Reconfigurable Power Divider for WirelessPower Transfer

TH4E- 1
A 60-GHz Sub-Sampling PLL Using A Dual-Step-Mixing
I FD. hta, R. Ishikawa, . Honjo, The Univ. of Electro-Communications,JAPAN

T. Siriburanon, T. Ueno, K. Kimura, S. Kondo, W. Deng, K. Okada,A. Matsuzawa., Tokyo Inst. of Tech., JAPAN

TH4D- 2
Miniaturization Technique for Forward-Wave Directional
Couplers by Using Open Stubs and Patterned Ground
Structures

TH4E- 2
Investigation of Metasurface sing Fishnet and Closed
Ring Structures on Microstrip-Fed Slot Antenna

TH4F- 2
Waveguide Edge-Shunt Slot Array Antenna with Z-shaped
Slot Partially Overlapping the Waveguide Wall

T. Hongnara, S. Chaimool, P. Akkaraekthalin, KMUTNB, THAILAND

H. Watanabe, T. Ohba, S. Yamaguchi, N. Nakamoto, T. Takahashi,
M. Otsuka, H. Miyashita., Mitsubishi Electric Corp., JAPAN

TH4D- 3Ring-Resonator Branch-line Coupler with Uneq ual Power
Division

TH4E- 3Gain Enhancement for Multiband Antenna with Frequency
Selective Fractal Surface Re ector

E.D. Lin, Y.-H. Pang, H.-C. Huang, National Univ. of Kaohsiung,
TAIWAN

C. Ratnaratorn, C. Mahatthanajatuphat, P. Akkaraekthalin, KMUTNB,THAILAND

TH4F- 3
An X-Band Dual-Mode Antenna Using Substrate Integrated
Waveguide Cavity for Simultaneous Satellite and Terrestrial
Links

TH4D- 4
New Multi-Way SIW Power Dividers with High Isolation

TH4E- 4
Effective Beam Forming of Phased Array Antenna for
Efficient Microwave Power Transmission

TH4F- 4
Dual Polarized Open-Ended Waveguide with PolarizationIndependent Parasitic Elements

T. Matsumuro, Y. Ishikawa, T. Ishikawa, N. Shinohara, Kyoto Univ.,
JAPAN

T. Maruyama1, A. Hirota1, H. Matsumura2, T. Takahashi1, T.
Takahashi1, M. Otsuka1, H. Miyashita1, 1Mitsubishi Electric Corp.,
JAPAN, 2Mitsubishi Electric Engineering Company Ltd., JAPANTH4E- 5Presentation by the 2014 IEEE MTT-S Japan Young
Engineering Award (Michiyuki Uenohara Memorial Award)
winer

TH4F- 5Compact Circularly Polarized K/Ka Band Co-aperture
Antenna Design

S.-K. Hsu, C.-C. Tseng, T.-L. Wu, National Taiwan Univ., TAIWAN

Z. Liu, G. Xiao, Shanghai Jiaotong Univ., CHINA

TH4D- 5
ut-of-Phase Filtering Power Divider
SIW Cavity

sing Rectangular

X. Zhang, H. Wang, C. Yu, Q. Wu, W. Hong, Southeast Univ., CHINA

TH4F- 1
Radiation Enhanced Broadband Planar TEM Horn Antenna
Y. Li, X. Yin, H. Zhao, L. Wang, M. Yang, Southeast Univ., CHINA

C.-T.M. Wu1,2, T. Itoh1, 1UCLA, U.S.A., 2Wayne State Univ., U.S.A.

. i, P.

ang, .

uyang, F.

ang, UESTC, CHINA

19

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TECHNICAL SESSIONS ( Oral Sessio n s)
Friday, November 7

8:30 - 10:10

Room A (Tachibana) 2nd Floor
Sessio n FR1A

Room B (Hagi) 2nd Floor
Sessio n FR1B

Room C (Shirakashi 1) 3rd Floor
Sessio n FR1Caoc s ession
Power atat s and
ecent Advances in andpass ilterst re Mo ile and ireless omm nicationt reystemsChairs: T. Kawaguchi, Toshiba Corp., JAPANH. Yoshikawa, Kyocera Corp., JAPAN
Chairs: J. Takada, Tokyo Inst. of Tech., JAPAN Chairs:T. Kikkawa, Transphorm Japan, JAPANT. Kaho, NTT Corp., JAPANW. Walter, WIN Semiconductors Corp.,
JAPAN
FR1A- 1
5G Mobile Radio Access Systemsing SHF/EHF BandY. Okumura, NTT DOCOMO, INC., JAPANFR1A- 2
Advanced Progress in IEEE 02.11 W AN Standardization
Y. Asai, NTT Corp., JAPANFR1B - 1
European GaN Device Technologies for Microwave andPower Switching Applications

FR1C- 1
A Very Thin Waveguide Filter with Attenuation Poles
Constructed by Impedance-Step Slot- oaded Patches. Wur , FBH, GERMANY

T. Akashi, H. Deguchi, M. Tsuji, Doshisha Univ., JAPANFR1B - 2
Novel Thermal Management and Its Analysis in GaNElectronics

FR1C- 2Comparison of Surface Mounted High Quality Filters for
Combination of Substrate Integrated and WaveguideTechnology

M. uball, .A. Calvo, R.B. Simon, .W. Pomeroy, Univ. of Bristol,
U.K.

FR1A- 3
White Space Communication Systems Toward 5th Generation
Mobile Communication Systems
H. Harada1,2, K. Ishizu2, H. Murakami2, 1Kyoto Univ., JAPAN, 2NICT,JAPAN

FR1B - 3
GaN Power Device for Automotive Applications
T. Kachi, Toyota Central R& D Labs., Inc., JAPANJ. Schorer1, J. Bornemann1, U. Rosenberg2, 1Univ. of Victoria, CANADA,
2
Mician Global Engineering GbR, GERMANY

FR1C- 3
Reconfigurable Coupled- ine Bandpass Filter with Electrically
Actuated Liq uid-Metal Tuning
R.C. Gough, J.H. Dang, A.M. Morishita, A.T. Ohta, W.A. Shiroma,
Univ. of Hawaii, U.S.A.

FR1C- 4
Design of Ultra-Compact 60-GHz Millimeter-Wave CMOS
On-Chip Bandpass Filter with Two Controllable Transmission
Zeros
Y.-C. Chen, L.-K. Yeh, H.-R. Chuang, National Cheng Kung Univ.,
TAIWAN

FR1C- 5
Design of Digitally Tunable Bandpass Filter for Spectrum
Sensing Application in the TVWS
H.-K. Kim, J.-H. Lee, S.W. Yun, Sogang Univ., REPUBLIC of KOREA

Friday, November 7

10:30 - 12:10

Room A (Tachibana) 2nd Floor
Sessio n FR2A

Room B (Hagi) 2nd Floor
Sessio n FR2B

Room C (Shirakashi 1) 3rd Floor
Sessio n FR2CHigh ficiency a H MT Power Amplifiers
ireless Power Trans er Technologies
Histo rical Rev iew o f Micro w av e Dev ices inor ireless omm nication
Chair: K. Sakaguchi, Osaka Univ., JAPANJ ap anChairs: M. Kuball, Univ. of Bristol, U.K.
Chairs: K. Sawaya, Tohoku Univ., JAPANY. Konishi, Hiroshima Inst. of Tech.,
K. Inoue, Sumitomo Electric Industries,
JAPANLtd., JAPANFR2A- 1
Historical Review of Research and Development on Linear
Antennas in Tohoku Univ.

FR2B - 1
GaN HEMT High Efficiency Power Amplifiers for 4G/5G
Mobile Communication Base Stations

FR2C- 1
U-Shaped Harmonic Rejection Filtenna for Compact
Rectenna Application

K. Sawaya, Tohoku Univ., Japan

T. Kaneko, K. Shiikuma, K. Kunihiro, NEC Corp., JAPAN

M.I. Sabran1, S.K.A. Rahim1, T.A. Rahman1, A.A. Eteng1, Y.
Yamada2, 1UTM, MALAYSIA, 2National Defense Academy, JAPANFR2A- 2
History of the Microwave-Tube Art at Tohoku Univ.

FR2B - 2
Analysis and Performance of Drain Bias “In-Dependent”
Class- Power Amplifier

FR2C- 2
Design of a Broadband Microwave Rectifier from 40 MHz
to 4 40 MHz sing High Impedance Inductor

V. Carrubba, E. Ture, R. Quay, F.V. Raay, M. Musser, O. Ambacher,IAF, GERMANY

D. Wang, M.-D. Wei, R. Negra, RWTH Aachen Univ., GERMANY

FR2B - 3
A 1.5GHz GaN HEMT Fifth-Harmonic-Peaking Class-EF
Power Amplifier with 5 Drain Efficiency and 42dBm
utput Power

FR2C- 3
Triple-Band Single-Diode Microwave Rectifier
CRLH Transmission LineK. Yokoo, K. Mizuno, Tohoku Univ., JAPANFR2A- 3
Research and Development on Phased Array Antennas inJapan
Y. Konishi, Hiroshima Inst. of Tech., JAPAN

M. Thian, A. Barakat, V. Fusco, The Q ueen’ s Univ. of Belfast, U.K.

FR2B - 4
Two Signal Power evel Design for Shunt-Connected
Type GaN HEMT Doherty Power Amplifier without a
Quarter-Wave Inverter
Y. Iguchi, Y. Takayama, R. Ishikawa, K. Honjo, The Univ. of ElectroCommunications, JAPANsing

T. Oka, T. Ogata, K. Saito, S. Tanaka, Shibaura Inst. of Tech., JAPANFR2C- 4
Investigation on Threshold Distance for Efficiency Enhanced
Wireless Power Transfer sing Bulk Metamaterial
A. .A. . Ranaweera, T.P. Duong, .-W.
REPUBLIC of KOREAee, Kyung Hee Univ.,

FR2C- 5Introduction to Synthesized Magnetic Field Focusing
Technology.P. Cheon, B.H. Choi, .H.
KOREA

im, C.T. Rim, KAIST, REPUBLIC of20

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11:11:04

TECHNICAL SESSIONS ( Oral Sessio n s)
8:30 - 10:10
Room D (Shirakashi 2) 3rd Floor
Sessio n FR1D

Friday, November 7

Room E (Meeting Room 1) 1st Floor
Sessio n FR1E

Room F (Meeting Room 2) 1st Floor
Sessio n FR1F

esign o ovel M
and Millimeter ave
oppler adar or mart ildings and Mo ilesHeal thChairs: T. Lee, Boeing, U.S.A.
Chairs: V. Lubecke, Univ. of Hawaii, U.S.A.
O. Boric-Lubecke, Univ. of Hawaii, U.S.A.
J. Weiler, Northrop Grumman Space andTech., U.S.A.

Antenna Theory and A
Chairs: M. Yamamoto, Hokkaido Univ., JAPANT. Arima, Tokyo Univ. of A& T, JAPANFR1D- 1
Doppler Radar Noncontact Imaging of Human Cardiac
MotionFR1E- 1
Design of 24 GHz CM S VC
with Asymmetric Transformer

FR1F- 1Analytical Characteristic Expression for Dualband
Antennas Embedded with Elements inside the Antenna

C. Li1, A. Zhu2, S. Qiao3, Y. Sun4, L. Ran2, 1Texas Tech Univ., U.S.A.,
2
Zhej iang Univ., CHINA, 3Zhej iang Univ. City College, CHINA,
4
Nanj ing Inst. of Electronic Eq uipment, CHINA

P.- . Wang1, Y.-C. Shen1, M.-C. Chou1, K.-H. Chuang1, Y.-C.
Chang1,2, D.-C. Chang2, S.S.H. Hsu1, 1National Tsing Hua Univ.,
TAIWAN, 2NARL, TAIWAN

A. Saitou, S. Onodera, R. Ishikawa, K. Honjo, The Univ. of ElectroCommunications, JAPANFR1D- 2
Wearable Doppler Radar Health Monitor with GestureControl

FR1E- 2Millimeter-Wave VCO Using Striped Inductor

FR1F- 2
Study on Radar Cross Section for the Plasma Antenna in
UHF Band

Y.-C. Chiu, F.-K. Wang, Y.-R. Chou, T.-S.Horng, National Sun YatSen Univ., TAIWAN

sing Armstrong Topology

H. Tsuji1, Y. Itano1,2, K. Komoku1, T. Morishita1, S. Yoshitomi2, N.
Itoh1, 1Okayama Prefectural Univ., JAPAN, 2Toshiba Corp., JAPANK. Takahagi1, S. Kitagawa1, T. Naito2, H. Ogino2, 1Ministry of
Defense, JAPAN, 2Mitsubishi Electric Corp., JAPANFR1D- 3
Analysis of a Fall Detection Radar Placed on the Ceilingand Wall

FR1E- 3
Design of Linear CMOS VCO Based on Cross-Coupled
Pair Topology with Double Tuning Technique

FR1F- 3Time Domain Analysis of a Plasmonic Metamaterial for
Terahertz Spoof ocalized Surface Plasmons

M. Mercuri1, P. . Soh1,2, X. Zheng1, P.
arsmakers1, G.A.E.
Vandenbosch1, P. eroux1, D. Schreurs1, 1KU Leuven, BELGIUM,
2
Universiti Malaysia Perlis, MALAYSIA

M.-T. Hsu, Y.-Y. Lee, R.-W. Jhong, National Yunlin Univ. of Scienceand Tech., TAIWAN

K. Fujita, Fuj itsu Ltd., JAPANFR1D- 4
Smart Occupancy Sensors

FR1E- 4
An Ultra-Wideband and Gain Linearized CMOS VCO with
Minor Phase Noise Variation

FR1F- 4
Improvement of Freq uency Sweeping by MoM Matrix
Interpolation Combined with Stoer-Bulirsch Algorithm for
Multilayered Structures

C. Song, E. Yazavi, V. Lubecke, O. Boric-Lubecke, Univ. of Hawaii,
U.S.A.

FR1D- 5
Doppler Radar for Sleep Medicine
M. Baboli, B. Soll, O. Boric-Lubecke, V. Lubecke, Univ. of Hawaii,
U.S.A.

M. Aq eeli, A. Alburaikan, C. Muvianto, X. Huang, Z. Hu, The Univ.
of Manchester, U.K.

FR1E- 5
Implementation of 5GHz Current-Reused VC
Linearity

with

M.-T. Hsu, A.-C. Ou, R.-W. Jhong, NYUST, TAIWAN

Z. Song, W.-D. Li, Y. Zhang, Southeast Univ, CHINA

FR1F- 5Frequency Beam-Scanning Circularly Polarized eakyWave Antenna Based on Lateral Sparse Substrate Integrated
Waveguide
C. Jin, N. Wang, X. Xu, H. Sun, Beij ing Inst. of Tech., CHINA

10:30 - 12:10

Friday, November 7

Room D (Shirakashi 2) 3rd Floor
Sessio n FR2D

Room E (Meeting Room 1) 1st Floor
Sessio n FR2E

Room F (Meeting Room 2) 1st Floor
Sessio n FR2F

adar emote ensing and maging ystems
Chairs: M. Krairiksh, KMITL, THAILAND
H. Kobayashi, Osaka Inst. of Tech., JAPANMi ers and re ency onverters Technologyorrontends
Chairs: R. Kagiwada, Northrop Grumman Spaceand Tech., U.S.A.
M. Golio, IEEE, U.S.A.

adio ave Propagation t dies in ario s
nvironments
Chairs: Y. Maekawa, Osaka Electro-Communication
Univ., JAPANT. Imai, NTT DOCOMO, INC., JAPANFR2D- 1
Displacement Measurement and Monitoring with GroundBased SAR; Case Study at Aratozawa

FR2E- 1
Direct Conversion Receiver with High Conversion Gain
and Wide Tuning Range in 0.1 m CM S

FR2F- 1
ptimized High- rder Finite-Difference Time-Domain 2, 4
MethodL. Zou, K. Takahashi, M. Sato, Tohoku Univ., JAPANZ. Haiwei1, L. Yuanchun1, F.-H. Huang2, X. Quan1, 1City Univ. ofHong Kong, HONG KONG, 2Chang Gung Univ., TAIWAN

M. Zhu1, L. Zhao2, Q. Cao1, 1NUAA, CHINA, 2R& D Nanj ing ASSEN
Environment Tech. Co. Ltd., CHINA

FR2D- 2
Polarimetric WB SAR for Subsurface Imaging of Building
Structures
C.N. Koyama, K. Takahashi, Y. Iitsuka, M. Sato, Tohoku

FR2E- 2Low Voltage High Linearity Ultra-Wideband Folded Mixer
for Direct Conversion Receivers

FR2F- 2Clustering of Multipath Components Utilizing GeometricalParameters for Indoor Double-Directional Propagation
ChannelUniv., JAPANY.-R. Lin, H.-Y. Chang, R.-Y. Huang, R.-M. Weng, National Dong
Hwa Univ., TAIWAN

P. Hanpinitsak1, M. Kim2, J. Takada1, 1Tokyo Inst. of Tech., JAPAN,
Niigata Univ., JAPAN2

FR2D- 3
Multistatic Short Range Imaging with a Nonuniform SFCW
Concept

FR2E- 3
A Mutual Phase Synchronization Type Push-Push scillator
Array Using Simple Coupling Circuit

F. Gumbmann, A. Schiessl, Rohde &GERMANY

T. Sameshima, T. Tanaka, I. Toyoda, Saga Univ., JAPANH. Sawada1, T. Kan1, K. Mizutani1, K. Ishizu1, H. Murakami1, H.
Harada1,2, 1NICT, JAPAN, 2Kyoto Univ., JAPANFR2E- 4Chua’ s Chaotic Oscillator as the GaAs Manufacturing
Process State Indicator

FR2F- 4The Effect of Bushes Shorter than One Meter to Radio
Propagation in 920-MHz Band

Y. Arima, A. Hirose, The Univ. of Tokyo, JAPANE. Kuxa1, A.E. Parker1, S.J. Mahon2, A.P. Fattorini2, W.-K. Wang3, R.
Kuo3, M.C. Heimlich1, 1Macq uarie Univ., AUSTRALIA, 2Macom
Tech. Solutions, AUSTRALIA, 3WIN Semiconductors, TAIWAN

N. Tsutsui, M. Hara, H. Shimasaki, Y. Kado, M. Ichida, Kyoto Inst.
of Tech., JAPANFR2D- 5
Near-Field Thermal Imaging by Passive Millimeter-Wave
Microscopy

FR2E- 5
RF Front-End Circuit Employing LC-Tank for Carrier
Aggregation

FR2F- 5
Soil Density Tool
MethodM. Ishino, S. Nakamura, T. Nozokido, Univ. of Toyama, JAPANK. Kawai1, M. Nakajima2, Y. Takagi1, H. Okazaki1, S. Narahashi1,
1
NTT DOCOMO, INC., JAPAN, 2NTT Corp., JAPAN

M.B. Roslee, K.B. Subari, I.B. Shahdan, Multimedia Univ., MALAYSIA

Schwarz GmbH &Co. KG,

FR2D- 4
Millimeter-Wave Active Imaging Using Multiple
Freq uencies with Complex-Valued Self-Organizing Map
Image Processing

FR2F- 3
Building Penetration oss Measurements for TVWS Systems

sing Radio Wave Surface Re ection

21

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TECHNICAL SESSIONS ( Oral Sessio n s)
Friday, November 7

13:30 - 15:30

Room A (Tachibana) 2nd Floor
Sessio n FR3 A

Room B (Hagi) 2nd Floor
Sessio n FR3 B

Room C (Shirakashi 1) 3rd Floor
Sessio n FR3 C

Mil l imeter- w av e / Terahertz Dev ices an d Sy stems
Chairs: H. Toda, Doshisha Univ., JAPANT. Nomura, Toyota Central R& D Labs.,
Inc., JAPANET & EER Techn o l o g ies
Wirel ess Po w er Tran sf er Techn o l o g ies II
Chairs: D. Kimball, MaX entric Tech. LLC, U.S.A. Chairs: Y. Konishi, Hiroshima Inst. of Tech.,
S. Shinjo, Mitsubishi Electric Corp., JAPANJAPAN
T. Seki, NTT Corp., JAPANFR3 A- 1
ltra-Compact uad-Channel 2 -Gbaud
Module for InP Mach-Zehnder Modulator

inear Driver

FR3 B - 1
DSP Techniques for inearity and Efficiency Enhancementof Multi-Band Envelope Tracking Transmitters

H. Wakita, M. Nagatani, S. Yamanaka, H. Tanobe, H. Nosaka, NTT
Corp., JAPANF.M. Ghannouchi1, A.K. Kwan1, M. Younes1, W. Chen2, 1Univ. ofCalgary, CANADA, 2Tsinghua Univ., CHINA

FR3 A- 2
Low-Loss Post-Wall Waveguide and Broadband-Transition to Microstrip Line Realized
in 0.6mm-Thick Liq uid Crystal Polymer-Substrate for Millimeter-Wave Application
1

2

2

1

1

. emichi , A. Kojima , Y. Nakatani , R. Hosono , N. Guan , J.
Hirokawa3, M. Ando3, 1Fuj ikura Ltd., JAPAN, 2Electronics BusinessCompany Fuj ikura Ltd., JAPAN, 3Tokyo Inst. of Tech., JAPANFR3 A- 3
Channel and Antenna Effects on the Performances of a
0GHz WB Impulse Transceiver
C. Hamouda1, B. Poussot1, M. Villegas2, J-M. Laheurte1, 1ESYCOM(Universite Paris-Est), FRANCE, 2ESYCOM(ESIEE Paris), FRANCE

FR3 B - 2
Design of Highly-Efficient Monolithic Silicon Power
Amplifiers
sing Envelope-Tracking for Broadband
Wireless Applications
D.Y.C. Lie, J. Lopez, Y. Li, J. Tsay, Texas Tech Univ., U.S.A.

FR3 B - 3
Techniq ues of Envelope Tracking Transmitter for BaseStation and Mobile Applications

FR3 A- 4
A Low-Power W-Band Receiver MMIC for Amplitude
Modulated Wireless Communication p to 24Gbit/s

H.S. Son, J.H. Kim, W.Y. Kim, J.Y. Jang, I.Y. Oh, C.S. Park, KAIST,REPUBLIC of KOREA

F. Thome1,2, S. Maroldt1, M. Schlechtweg1, O. Ambacher1,2, 1IAF,
GERMANY, 2Univ. of Freiburg, GERMANY

FR3 B - 4
A Study on the Freq uency Response Compensation for
Envelope Amplifiers in EER Power Amplifiers

FR3 A- 5
1 -Gbit/s Wireless Terahertz Transmission at 00-GHz
Band sing a Polymeric Thin-Film Antenna Receiver with
Base-bandwidth Enhancement Circuits

A. Yamaoka, K. Yamaguchi, Toshiba Corp., JAPANFR3 C- 1
Trends, Technical and Regulatory Issue, and Standardization
Concerning Commercialization of Wireless Power Transfer
Technologies
H. Shoki, Toshiba Corp., JAPANFR3 C- 2
A 2.45GHz Efficient D Rectenna Designed
agi- da Array

Z. Wang1, Y.-Y. Hu1, X. Yu1, L.-W. Guo1, L. Wang1, J.L.-W. Li1,2,
1
UESTC, CHINA, 2Monash Univ., AUSTRALIAFR3 C- 3
Efficient Supply Power Control by PWM Technique forMicrowave Wireless Power Transfer Systems
R. Ishikawa, K. Honjo, The Univ. of Electro-Comminications, JAPANFR3 C- 4
A Criterion Proposed for Inductive Coupling and Magnetic
Resonance Coupling in Wireless Power Transfer System
H. Shim1, J. Park1, S. Nam1, B. Lee2, 1Seoul National Univ.,
REPUBLIC of KOREA, 2Kyung Hee Univ., REPUBLIC of KOREA

FR3 C- 5
Feasibility Study of Simple Model to Emulate Electromagnetic
Field eaked from Wireless Power Transfer Systems by singElectromagnetic Field Simulation. anasaki, T. Hirobe, H. no, T.
Networks R& D Lab. Co., JAPANM. Inoue1, M. Hodono1, M. Oka2, Y. Minamikata2, D. Tsuji2, M. Fujita2,
T. Nagatsuma2, 1Nitto Denko Corp., JAPAN, 2Osaka Univ., JAPANsing a Novelaneko, Panasonic System

FR3 C- 6
Analysis on Electromagnetic Field Leaked from Wireless Power
Transfer System for Electric Vehicle Located at Case Study House

FR3 A- 6
Precise Phase Measurement of Continuous Terahertz-Wave Based on Balanced
Self-Heterodyne Techniq ue and Its Application to Phase-Contrast Imaging

T. Hirobe, H. ejima, H. no, . Tateno, . Ikeda, Panasonic System
Networks R& D Lab. Co., Ltd., JAPANY. Koda1, S. Hisatake1, J.-Y. Kim2, A. Hirata2, K. Ajito2, T.
Nagatsuma1, 1Osaka Univ., JAPAN, 2NTT Corp., JAPAN22

22_23_TECHNICAL SESSIONS⑥9_22+.indd

22

2014/09/25

11:11:22

TECHNICAL SESSIONS ( Oral Sessio n s)
13:30 - 15:30
Room D (Shirakashi 2) 3rd Floor
Sessio n FR3 D

Room E (Meeting Room 1) 1st Floor
Sessio n FR3 E

Friday, November 7

Room F (Meeting Room 2) 1st Floor
Sessio n FR3 F

Rad ar, Remo te Sen sin g an d Imag in g Sy stems II Mil l imeter- Wav e an d THz Tran ceiv ers an d
No v el Desig n Techn iq u es o f Pl an ar Micro w av e
B u il d in g B l o ck s
Chairs: M. Sato, Tohoku Univ., JAPANFil ters
F. Gumbmann, Rohde & Schwarz GmbH Chairs: M. Fujishima, Hiroshima Univ., JAPAN Chairs: J.-T. Kuo, Chang Gung Univ., TAIWAN& Co. KG, GERMANY
H. Wang, National Taiwan Univ., TAIWAN
M. Ohira, Saitama Univ., JAPANFR3 D- 1
Remote Sensing of the Physicalualities of Fruits

P. Leekul1, T. Limpiti2, T. Tantisopharak1, P. Yoiyod1, S.t Chivapreecha1,
C. Phongcharoenpanich1, M. Krairiksh1, 1Walailak Univ., THAILAND,
2KMITL, THAILAND

FR3 E- 1
A Millimeter-Wave CMOS Transceiver Toward MoreThan 300Gbps

FR3 F- 1
A Lossy Triple-mode Microstrip Filter with Flat Passband
Based on Nonuniform -Factors

K. Okada, Tokyo Inst. of Tech., JAPANF.- . Chen, .-S. Wu,
Univ., CHINA.-F.

iu, .-F. Mao, Shanghai Jiao Tong

FR3 F- 2
Bandpass-Filter Design Based on the Cul-de-Sac Coupling
Matrix by sing pen- oop Microstrip Resonators

FR3 D- 2
79GHz-Band Wide Field-of-View Radar System Performancein Outdoor for Pedestrian Detection

FR3 E- 2
InP HEMT Amplifier Design and Packaging Techniques forMulti-10-Gbps Data Reception in Sub-Millimeter-Wave Bands

T. Morita, T. Kishigami, H. Yomo, M. Yasugi, Y. Nakagawa, Panasonic
Corp., JAPANY. Nakasha1, M. Sato1, Y. Kawano1, T. Suzuki1, H. Matsumura1, S. Shiba1,
T. Takahashi1, K. Makiyama1, T. Iwai2, N. Hara1, 1Fuj itsu Ltd., JAPAN,2
Fuj itsu Laboratories Ltd., JAPANFR3 D- 3
61GHz ISM Band FMCW Radar For Applications
Req uiring High Accuracy

FR3 E- 3
250- 00GHz Waveguide Module with Ridge-Coupler and
InP-HEMT IC

T.-W. Lin1, J.-T. Kuo2, S.-J. Chung1, 1National Chiao Tung Univ.,
TAIWAN, 2Chang Gung Univ., TAIWAN

S. Scherr, S. Ayhan, H. Gulan, M. Pauli, T. Zwick, KIT, GERMANY

T. Kosugi1, H. Hamada1, H. Takahashi2, H.-J. Song2, A. Hirata2, H.
Matsuzaki1, H. Nosaka1, 1NTT Photonics Laboratories, JAPAN, 2NTT
Microsystem Integration Laboratories, JAPANFR3 F- 4
Design of the Wide Stopband Microstrip Bandpass Filter
by Cascading Stepped Coupled Lines

FR3 D- 4
Probing Angle Compensation Method for Enhancing Vital
Sign Detection with Doppler Radar

FR3 E- 4
Si-Based Sub-THz Heterodyne Imaging Circuits

C.-N. Liu, C.-H. Teng, C.-W. Tang, National Chung Cheng Univ.,
TAIWAN

D. Yoon, K. Song, J. Kim, J.-S. Rieh, Korea Univ., REPUBLIC of
KOREA

FR3 F- 5
3GHz-Band Superconducting Wide-Band Filter for Small
Microwave Receiver

X. Gao, J. Krook, J.-R. Okuda, O. Boric-Lubecke, Univ. of Hawaii at
Manoa, U.S.A.

T. eda, . Sugimoto, H. Deguchi, M. Tsuji, Doshisha Univ., JAPANFR3 F- 3ltra-Compact Shorted Ring Resonator Bandpass Filter
with Wide pper Stopband

N. Shiokawa, T. Kawaguchi, K. Nakayama, M. Yamazaki, H. Kayano,
Toshiba Corp., JAPANFR3 D- 5
A
ow-Power
WB Radar Transceiver with Fast
Switching Wideband LNA for Short-Range Detection

FR3 C- 6
Microstrip Lowpass Filters with Improved Freq uency
Responses sing Coupled- ine Hairpin Resonators

Y.-S. Won, S. Yuwono, J.-H. Jung, S.-K. Han, S.-G. Lee, KAIST,REPUBLIC of KOREA

J. Tsurumi, Z. Ma, M. Ohira, Saitama Univ., JAPAN23

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TECHNICAL SESSIONS ( Po ster Sessio n s)
W edn esday, November 5
Room G

Sessio n WE3 G

15:30 - 17:00(Sakura)2nd Floor

WE3 G- 1
A Constant Fractional-Bandwidth Control Scheme for
Tunable Closed-Ring Bandpass Filter
Y.-M. Chen, C.-H. Yang, S.-F. Chang, C.-C. Chang, National Chung
Cheng Univ., TAIWANWE3 G- 13
Quarter-Mode Substrate Integrated Waveguide

WE3 G- 26
High Performance Dual-Band Dual-Polarized MagnetoElectric Dipole Base Station Antenna

N. Wang, C. Jin, X. Xu, H. Sun, Beij ing Inst. of Tech., CHINA

S. Chen, K.-M. Luk, City Univ. of Hong Kong, HONG KONG

WE3 G- 2
New Compact Pentaplexer Using Stub-Loaded Stepped
Impedance Resonators

WE3 G- 14
Analysis of Propagation Characteristics in Graphene-Based
Rectangular Waveguides Using Mode-Matching Techniq ue

WE3 G- 27
An Extremely Wideband Planar Monopole Antenna with
Triple Notched Stop Bands

Y.-W. Chen1, G.-S. Chen2, H.-W. Wu2, Y.-K. Su1,2, 1National Cheng
Kung Univ., TAIWAN, 2Kun Shan Univ., TAIWAN

Q.Tang, L.Zhou, B.-H. Gan, Y.-P. Zhang, J.-F. Mao, Shanghai Jiao
Tong Univ., CHINA

M.M. Sharma1, J.K. Deegwal2, M.C. Govil3, A. Kumar4, 1Govt. Engineering
College, INDIA, 2Suresh Gyan Vihar Univ., INDIA, 3Malaviya National
Inst. of Tech., INDIA, 4Govt. Women Engineering College, INDIA

WE3 G- 3
A Study of Waveguide Power Combiner Allowing for the
Variable Number of Input Ports

WE3 G- 15
Dispersion Characteristics of Dielectric Loaded Circular
Quadruple-Ridged Waveguide

WE3 G- 28
Microstrip Fractal Antenna with Minkowski Island Split Ring
Resonator (MI-SRR) for WiFi and WiMAX Application

A. Hirota, Y. Tahara, T. Owada, Y. Yasunaga, Y. Sakai, M. Miyazaki,
H. Miyashita., Mitsubishi Electric Corp., JAPAN

G. Li, Y. Cheng, A. Ma, Northwest Univ. for Nationalities, CHINA

H. Nornikman1, M.R. Kamarudin2, B.H. Ahmad1, M.Z.A. AbdAziz1,
A.R. Othman1, 1UTeM, MALAYSIA, 2UTM, MALAYSIA

WE3 G- 4
A Wilkinson Power Divider with Transmission Zero in
Desired Stopband Using Embedded Parallel Resonator

WE3 G- 16
Time Domain Analysis of Non-Uniform Transmission
Lines Based on WLP-FDTD

WE3 G- 29
Rectangular Dielectric Resonator Antenna for Wideband
and High Gain Applications

W.-D. Lin1, R.-. Liu1, B.-L. Chen1, P.-H. Deng1, S.-F. Chao2,
1
National Univ. of Kaohsiung, TAIWAN, 2National Kaohsiung Marine
Univ., TAIWAN

P. Yu, X. Li, N.Wang, J. Mao, Shanghai Jiao Tong Univ., CHINA

P. Patel1, B. Mukherjee2, J. Mukherjee1, 1IIT, INDIA, 2IIITDM
Jabalpur, INDIA

WE3 G- 5
A Multi-functional Coupler of Four-Port Crossover andContinuously Tunable Power Divider

WE3 G- 17
Calculation of Quasistatic Parameters for Asymmetric
Coplanar Waveguides Using Fuzzy Logic

WE3 G- 3 0
A Design of E/Ka Dual-Band Patch Antenna with Shared
Aperture

Y.-T. Chen, Y.-H. Pang, National Univ. of Kaohsiung, TAIWAN

C. Karpuz1, . nan2, A. K. Gö rü r1, 1Pamukkale Univ., TURKEY,
2
Mehmet Akif Ersoy Univ., TURKEY

Z. Wang1, L. Xiao2, L. Fang1, H. Meng1, 1Southeast Univ., CHINA,
2
Huawei Tech. Co., Ltd, CHINA

WE3 G- 6
A Compact and Harmonic-Suppressed 3-dB 90° Hybrid
Coupler Using Coupled-Line Section

WE3 G- 19
Design of Antenna Feed for Mono-Pulse Auto-Tracking
Ground Station

WE3 G- 3 1
A Wideband Dual-Polarized L-Probe Proximity-Fed
Annular Ring Antenna with Compact Size

J. Kim, J.-G. Yook, Yonsei Univ., REPUBLIC of KOREA

Y.-J. Lee1, W.-L. Chen1, S.-K. Yaung2, R.-M. Yang2, M.-H. Chen3,
C.-Y. Chu3, S.-J. Chung1, 1NCTU, TAIWAN, 2NARL, TAIWAN,
3
Victory Microwave Corp., TAIWAN

B.L. Liu, F. Wang, C. Chen, W.D. Chen, USTC, CHINA

WE3 G- 7
A High Isolation Quasi-Circulator with Self-Adjusting
Techniq ue

WE3 G- 20
Compact Tunable Crossover with Wide Tuning Range
Using Coupled Lines

WE3 G- 3 2Dual Patch Microstrip Antenna on LTCC Technology

P.-W. Chen, M.-T. Lai, H.-W. Tsao, J.-S. Wu, National Taiwan Univ.,
TAIWANH. Zhu, Y. Wang, A.M. Abbosh, The Univ. of Q ueensland, AUSTRALIAWE3 G- 8
High-Selectivity E-Band Image-Reject Filters in SiGe
Technology

WE3 G- 21
Miniature Rectangular Ring Band-Pass Filter
Embedded Barium Strontium Titanate Capacitors

M. Thian1, M. Tiebout2, F. Dielacher2, V. Fusco1, 1The Q ueen’ s Univ.
of Belfast, U.K., 2Infineon Tech., AUSTRIA

N. Osman1, C. Free2, 1Universiti Putra Malaysia, MALAYSIA, 2Univ.
of Sussex, U.K.

WE3 G- 9
Shunt Characterization Techniq ue of Decoupling
Transmission ine for Millimeter-Wave CM S Amplifier
DesignWE3 G- 22
In uence of Post-Annealing on the Performance of BST
Thin Film Varactors

K.K. Tokgoz, K. Lim, K. Okada, A. Matsuzawa, Tokyo Inst. of Tech.,
JAPAN

with

M.F.A. Khalid1, A.S. Holland2, K. Ghorbani3, 1UiTM, MALAYSIA,2
RMIT Univ., VIETNAM, 3RMIT Univ., AUSTRALIA

H. Jumaat, M.T. Ali, S. Subahir, N.H.M. Sukaimi, N.M. Fauzi, UiTM,
MALAYSIA

WE3 G- 3 3
Design of Broadband Polarization-Sensitive Re ectarray
Using a Single-Layer Substrate and Double Printed Dipole
ArraysX. Zeng, Y. Ge, Huaq iao Univ., CHINA
WE3 G- 3 4
Evaluation of Antenna with Periodically Variable Directivity
Y. Idoguchi, M. Saito, Univ. of the Ryukyus, JAPANWE3 G- 10
A Vertical Interconnect with DC-Block Using a Low-Cost
Technology at mm-Wave Freq uencies

WE3 G- 23
Triple Band Microstrip Slot Antenna for WiMax/WLAN
Networks

WE3 G- 3 5
A Substrate Integrated Slot Antenna Array Using Higher
Order Mode Feeding Network

C. Friesicke, B. Rohrdantz, A. Stark, A.F. Jacob, Tech. Univ. HamburgHarburg, GERMANY

A. Nosrati, Razi Univ., IRAN

P. Wu, S. Liao, Q. Xue, City Univ. of Hong Kong, HONG KONG

WE3 G- 11
Study on Measurement Method of Permittivity for LowLoss Materials Using Microstrip Ring-Resonator

WE3 G- 24
A Compact Multiband Planar Antenna for Integrated
Mobile Wireless Radio Access Applications

WE3 G- 3 6
A Four-Band Dual-Polarized Cavity-Backed Antenna on
LTCC Technology for 60GHz Applications

Y. Kato, M. Horibe, M. Ameya, S. Kurokawa, AIST, JAPANC.-S. Chuang , T.-T. Ku , J.-H. Zeng, Lunghwa Univ., TAIWAN

Y.-W. Hsu, Y.-C. Lin, National Taiwan Univ., TAIWANWE3 G- 12
Q-Band Waveguide-to-Suspended-Stripline Transition with
DC/IF Return Path

WE3 G- 25
Planar Microstrip-fed Antenna for 2.4GHz WLAN andUWB Application

WE3 G- 3 7
W-Band High-Gain LTCC Antenna Array with LWG
Feeding Network

J. Guo, J. Xu, Y. Cui, Z. Xu, C. Qian, Southeast Univ., CHINA

C.-F. Tseng, W.-H. Chang. C.-H. Hsu, National United Univ., TAIWAN

B. Cao1, H. Wang1, Y. Wang1, D. Huang1, Y. Huang2, X. Du3, 1NUST,CHINA, 2Suzhou Bohai Microsystem Co., Ltd., CHINA, 3China North
Industries Corp., CHINA

24

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TECHNICAL SESSIONS ( Po ster Sessio n s)
15:30 - 17:00

WE3 G- 3 8
W-Band LTCC Helical Antenna Array with Substrate
Integrated Horn

WE3 G- 5 0
Upper-Bounds to the Near- and Far-End Conversion Lossin Unbalanced Differential Lines

B. Cao1, H. Wang1, Y. Wang1, J. Zheng1, C. Sun1, Y. Huang2, 1NUST,CHINA, 2Suzhou Bohai Microsystem Co., Ltd., CHINA

Y. Yang1, X. Wu1, F. Grassi2, G. Spadacini2, S. A. Pignari2, 1X i’ An
Jiaotong Univ., CHINA, 2Politecnico di Milano, ITALY

WE3 G- 3 9
Broadband W-Band On-Chip Yagi Antenna Using
Superstrate for High Efficiency and Endfire Radiation

WE3 G- 5 1
Experimental Study on Thickness Reduction of Noise
Suppression Sheet by Attaching Periodic Metal Film

J. Xu, D.S. Ricketts, North Carolina State Univ., U.S.A.

K. Otsuka, S. Suzuki, K. Kiyomi, Y. Tomizuka, T. Ohno, K. Tanii,
Kisarazu National College of Tech., JAPANWE3 G- 40
205 -240 GHz Aperture Coupled Antenna for Dielectric
Lens Applications
B. Gö ttel, Y.L. Sit, H. Gulan, M. Pauli, T. Zwick, KIT,WE3 G- 5 2
A Simple Method of Estimating the Conducted Emission
from Automotive Electric Power Steering (EPS) System

GERMANY

J. Jung1, S.-I. Jeung2, J.-H. Yeom1, N. Kim1, Y.-S. Kim1, S. Kee1,
1
Mando, REPUBLIC of KOREA, 2Huwin, REPUBLIC of KOREA

WE3 G- 41
A Novel 0.22-THz On-Chip Antenna Based AMCs

WE3 G- 5 3
Fast Prediction for Conducted EMI in Flyback Converters

H. Zhu1,2, N. Li1,2, J. Zeng1,2, X. Li1,2, B. Ai2, 1BUPT, CHINA, 2Beij ing
Jiaotong Univ., CHINA

J. Liu1,2, Y. Wang1,2, D. Jiang1, Q. Cao1, 1NUAA, CHINA, 2NUIST,CHINA

W edn esday, November 5

WE3 G- 42
High-Gain E-Band IPD-Based Antenna Using Flip-Chip
Technology
T.-Y. Lin1,2, T. Chiu2, C. Hung2, H.-C. Chen2, D.-C. Chang1, 1CIC,
TAIWAN, 2National Central Univ., TAIWANWE3 G- 43
A Novel High Gain K-Band H-Plane SIW Horn Antenna
Using Dielectric Loading
Y. Tang, Z. Wang, L. Xia, P. Chen, UESTC, CHINA

WE3 G- 44
ffset Re ectarray sing Single- ayer Microstrip Elementswith High Metallic Conductor Areas
J.S. Kim1, J.H. Yoon1, Y.J. Yoon1, W.-S. Lee2, J.-H. So2, 1Yonsei
Univ., REPUBLIC of KOREA, 2ADD, REPUBLIC of KOREA

WE3 G- 45
A Single-Layer Antenna-Filter-Antenna
Polarization Rotation Characteristic

Array

with

X.-C. Zhu 1, W. Hong 1, Z.-C. Hao 1, L. Cheng 1, J.-X. Zhuang 1, K.
Wu 2, 1Southeast Univ., CHINA, 2POLY, CANADAWE3 G- 46
Design of Novel Optically Transparent Antenna for RFID
Applications
N. He1, Y. Yao1, J. Yu1, X. Chen2, 1BUPT, CHINA, 2Q ueen Mary,
Univ. of London, U.K.

WE3 G- 47
SRR Embedded Ferrite Superstrate Based Beam Scanningof 10GHz Single Microstrip Patch Antenna
F. Sultan, S.S.I. Mitu, KFUPM, SAUDI ARABIAWE3 G- 48
Numerical Estimation of E-Field Uniformity in a
Reverberation Chamber Using a Simple Multipath Fading
Model
K. Harima, NICT, JAPANWE3 G- 49
Analysis of Coupling Voltage of Ground Slot LocatedNearby Two Microstrip Lines on a Printed Circuit Board
T. Tobana, T. Sasamori, Y. Isota, Akita Prefectural Univ., JAPAN25

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TECHNICAL SESSIONS ( Po ster Sessio n s)
Th ursday, November 6
Room G

Sessio n TH1G

10:00 - 11:30(Sakura)2nd Floor

TH1G- 1A CMOS T/R Switch Using a MOSFET Diode Pair for
Linearity Improvement
C.-C. Chen, G.-C. Lin, ITRI, TAIWAN

TH1G- 2
Fully-Integrated CMOS Differential Class-E Power
Amplifier with Combined Waveform-Shaping Network andTransformer-Based Balun

TH1G- 14Ultra-Wideband Millimeter-Wave On-Wafer
Characterization of Bipolar Junction Transistors with EMBased Three-Step De-Embedding
J. Bae1, S. Jang1, S. Jordan2, C. Nguyen1, 1Texas A& M Univ., U.S.A.,
2
TowerJazz Semiconductor, U.S.A.

Y. Jin Zhou1,2, B.J. Yang1, 1Shanghai Univ., CHINA, 2Southeast Univ.,
CHINA

with

TH1G- 28
In uence of Ground Plane with Variable Conductivity on
Metamaterial Absorption

S. Mizukusa, K. Takano, K. Katayama, S. Amakawa, T. Yoshida, M.
Fujishima, Hiroshima Univ., JAPANY. Wen1, W. Ma1, J. Bailey2, G. Matmon2, G. Aeppli2, X. Yu1,
1
Peking Univ., CHINA, 2Univ. College London, U.K.

TH1G- 3A Fully Integrated 2.4GHz Adaptive Biased CMOS Power
Amplifier for 02.11g W AN Application

TH1G- 16
Towards Millimeter-Wave High PAE High Power Using
Ultrathin Al-Rich Barrier GaN Devices

TH1G- 29
Implementation of a Wire Medium in a X-Band Horn
Antenna: Simulation and ExperimentJ. Ho, H.-W. Tsao, National Taiwan Univ., TAIWANF. Medjdoub, E. Okada, B. Grimbert, M. Zegaoui, D. Ducatteau, N.
Rolland, IEMN, FRANCE

A. Tomaz1, J.J. Barroso2, P.J. Castro2, U.C. Hasar3, A.J.F. Orlando1,
1
ITA, BRAZIL, 2INPE, BRAZIL, 3Univ. of Gaziantep, TURKEY

TH1G- 4
A 2.5-GHz 1-V High Efficiency CM S Class-E Amplifier
IC Using Back-gate Voltage Injection

TH1G- 17
AlGaN/GaN HEMTs Versus InAlN/GaN HEMTs Fabricatedby 15 0-nm Y-Gate Process

TH1G- 3 0
Dual Layer Polarization Insensitive Dual Band Metamaterial
Absorber with Enhanced Bandwidths

T.A. Kurniawan, X. Yang, Z. Sun, X. Xu, T. Yoshimasu, Waseda
Univ., JAPANH. Ichikawa, C. Mizue, I. Makabe, Y. Tateno, K. Nakata, K. Inoue,
Sumitomo Electric Industries, Ltd., JAPANS. Bhattacharyya, K.V. Srivastava, Indian Inst. of Tech., INDIA

TH1G- 5A Fully Integrated CM S Broad Band Power Amplifier
Using a Low-Q Matching Strategy

TH1G- 18
0W C-Band GaN Solid State Power Amplifier for Satellite
Use

TH1G- 3 1
Tunable Complimentary Freq uency Selective Surface(CFSS) Based on Graphene for THz Application

R. Bhattacharya, R. Gupta, A. Basu, K. Rawat, S.-K. Koul, IndianInst. of Tech., INDIA

T. Hirano, A. Shibuya, T. Kawabata, M. Kido, K.Yamada, K. Seino,
A. Ichikawa, A. Kamikokura, Mitsubishi Electric TOKKI Systems
Corp., JAPANL. Lin1, L.-S. Wu1, L. Zhou1, W.-Y. Yin1,2, J.-F. Mao1, 1Shanghai Jiao
Tong Univ., CHINA, 2Zhej iang Univ., CHINA

TH1G- 6
Analytical Model of Voltage Division Inside Stacked-FET
Switch

TH1G- 19
The Improvement of Efficiency in -Band 10W GaNHEMT Power Amplifier by Harmonic Injection

TH1G- 3 2
Investigation of Plasmon Hybridization in Split-Ring
Resonators

Y. Zhu, O. Klimashov, D. Bartle, Skyworks Solution Inc., U.S.A.

K. Fujii1, K. Terajima1, T. Sonoda1, T. Takagi2, S. Kameda2, N.
Suematsu2, K. Tsubouchi2, 1Wave Tech. Inc., JAPAN, 2Tohoku Univ.,
JAPAN

D. Kitayama, H.-J. Song, M. Yaita, NTT Corp., JAPAN

TH1G- 7
Partial Sigma-Delta Modulated Signal and Application toPower Amplifier

TH1G- 20
A High Efficiency GaN HEMT High Power Amplifier at
L-Band

TH1G- 3 3
Planar Dual-Band Fork Three-Way Power Dividers with
Inductor-Terminated Transmission Lines

S. Kusunoki, Sony-Mobile Communications, Inc., JAPANN. Kosaka, E. Kuwata, M. Hangai, K. Yamanaka, T. Yamasaki, H.
Koyama, Mitsubishi Electric Corp., JAPAN

TH1G- 8An Integrated Inverse-F Power Amplifier Design Approachfor Heating Applications in a Microwave Resonant Cavity

TH1G- 21
Stability Investigations of GaN Truly-Differential Feedback
Pas

TH1G- 3 4
Design of the Semi-Lump Bandpass Wilkinson Power
Divider

A. Imtiaz, Z. A. Mokhti, J. Cuenca, J. Lees, Cardiff School ofEngineering, U.K.

M. Coers, W. Bosch, Graz Univ. of Tech., AUSTRIA

Y.-H. Chou, G.-L. Chen, HuaFan Univ., TAIWAN

TH1G- 9Switchable Matched Ring Resonator in SPDT Discrete
Switch Design for WiMAX and LTE in 3.5 GHz Band

TH1G- 22
Investigation of Body Bias Effect in P-GaN Gate
HEMTDevices

TH1G- 3 5
A Low-Cost Small-Size 6 GHz Quadrature Coupler for
IPD-Based SiP Radio Systems

N.A. Shairi1, P.W. Wong2, B.H. Ahmad1, 1CeTRI, UTeM, MALAYSIA,
2
UTP, MALAYSIA

H.-C. Chiu, L.-Y. Peng, C.-W. Yang, H.-C. Wang, F.-T. Chien,
Chang Gung Univ., TAIWAN

Y.-C.Hsu1, I. Haroun2, D.-C. Chang1, R. Amaya3, K. Hettak3, 1NARL,TAIWAN, 2Carleton Univ., CANADA, 3Communications ResearchCentre, CANADA

TH1G- 10
An Novel Integrated Antenna Switch for DCS/UMTS
Application

TH1G- 24
Modeling of Freq uency Dispersion at Low Freq uency for
GaN HEMT

TH1G- 3 6
Analysis of Coupled-Trough-Waveguide Based on E-Plane
Planar Circuit Approach

G.-H. Shen1, H.-L. Peng1, X.-C. Hong1, B.-Q. Zong2, Z. Yu2, J.-F.
Mao1, 1Shanghai Jiao Tong Univ., CHINA, 2ZTE Corp., CHINA

Y. Yamaguchi, T. Oishi, H. Otsuka, T. Nanjo, H. Koyama, Y. Kamo,
K. Yamanaka, Mitsubishi Electric Corp., JAPANY. Namba1, M. Kishihara1, I. Ohta2, K. Okubo1, H. Takimoto1,
1
Okayama Prefectural Univ., JAPAN, 2Univ. of Hyogo, JAPAN

TH1G- 11
An Improved AgilentHBT Model for InP DHBT

TH1G- 25
A Novel Analytical Method for GaAs/GaN pHEMTs
Intrinsic Parameters Extraction

TH1G- 3 7
Broadband Slot-Coupled Directional Coupler Loading
Conductor Strips

Y. Yuan1,2, Z. Zhong2,3, Y. Guo2,3, S. Mu1, 1NUST, CHINA, 2National
Univ. of Singapore, SINGAPORE, 3NUS, CHINA

T. Naemura, S. Amimoto, H. Deguchi, M. Tsuji, Doshisha Univ.,
JAPAN

TH1G- 12
Noncontiguous Channel Amplification with a Multilevel
Outphasing Transmitter Without Digital Predistortion

TH1G- 26
A New Analytical Techniq ue of Bias-Dependent Drain
Resistance Extraction in HEMTs

TH1G- 3 8
Narrowband Direction-of-Arrival Estimation with a Single
Antenna Using Compressed Sensing

T.M. Hone, A.F. Aref, J. Guan, R. Negra, RWTH Aachen Univ.,
GERMANY

A.A. Kokolov, L.I. Babak, TUSUR, RUSSIAN FEDERATION

A. Nalobin, I. Rolfes, Ruhr-Universitä t Bochum, GERMANY

C. Zhai, K.-K.M. Cheng, The Chinese Univ. of Hong Kong, HONG
KONG

O. Li1, L. Wang1, W. Cheng2, H. Lu2, G. Gu1, J. Zhang1, R. Xu1,
1
UESTC, CHINA, 2Science and Tech. on Monolithic Integrated
Circuits and Modules Laboratory, CHINA

TH1G- 15
Analytical Design of Small-Signal Amplifier
Maximum Gain in Conditionally Stable Region

TH1G- 27
A 4-Way Freq uency Splitter Based on Plasmonic Broadband
Slow-Wave Systems

X. Wang1, I. Sakagami2, M. Yoshikawa1, 1Univ. of Tsukuba, JAPAN,
Univ. of Toyama, JAPAN2

26

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TECHNICAL SESSIONS ( Po ster Sessio n s)
15:30 - 17:00

Th ursday, November 6
Sessio n TH3 G

Room G(Sakura)2nd Floor

TH1G- 3 9
A Linear Retro-Nulling Antenna Array with the Second
Null at an Arbitrary Direction

TH1G- 5 1
An X-Band Circularly Polarized Antenna for Satellite
Applications

TH3 G- 1
A CMOS Direct Injection-Locked Freq uency Divider with
Locking Range Enhancement

S.-N. Hsieh1, T.-H. Chu2, 1Academia Sinica, TAIWAN, 2National
Taiwan Univ., TAIWAN

Y.-J. Lee1, J.-H. Lu1, I.-Y. Tarn2, S.-L. Chen2, S.-J. Chung1, 1National
Chiao-Tung Univ., TAIWAN, 2NARL, TAIWAN

C.-Y. Xiao, W.-H. Yen, S. Wang, National Taipei Univ. of Tech.,
TAIWAN

TH1G- 40
2D Antenna Radiation Pattern Retrieval
Coefficient Measurement

TH1G- 5 2
A Novel Approach to the Recovery of Aperture Distributionof Phased Arrays with Single RF Channel Using Neural
Networks

TH3 G- 2
A Constant Output Power Q-Band VCO with Distributed
Cross-Coupled-Gm Core and A-Mode pMOS Varactors

sing Re ection

Z. Du, V. Viikari, J. Ala-Laurinaho, A.V. Raisanen, Aalto Univ.,
FINLAND

T. Sallam1, A.B. Abdel-Rahman1,2, M. Alghoniemy3, Z. Kawasaki4,
1
E-JUST, 2South Valley Unvi., EGYPT, 3Univ. of Alexandria, EGYPT,
4Osaka Univ., JAPANY.-C. Wang, H.-K. Chiou, K.-H. Chien, National Central Univ.,
TAIWAN

TH1G- 41
A Free-space Measurement of Complex Permittivity in
GHz-40GHz

TH3 G- 3
Implementation of the Even Harmonic Mixer Driven by the
Pulsed LO

N. Zhang, J. Cheng, G. Zhang, C. Cheng, J. Liu, BIRMM, CHINA

H. Hama, J. Hashimoto, K. Itoh, K. Noguchi, T. Hirota, S. Makino,
Kanazawa Inst. of Tech., JAPAN

TH1G- 42
Re ectivity Verification of Ti 2-Coated Carbon FiberReinforced Plastic Surface for Radio Telescope in W-Band

TH3 G- 4
An Integrated Enhanced-Locking-Range Injection-Locked
Freq uency Divider with Internal VCO

S.-N. Hsieh1, M.-T. Chen1, T.-H. Chu2, 1Academia Sinica, TAIWAN,
2
National Taiwan Univ., TAIWAN

S. Lee1, S. Jang2, C. Nguyen2, 1Samsung Electronics Co. Ltd.,REPUBLIC of KOREA, 2Texas A& M Univ., U.S.A.

TH1G- 43
A Compact Tunable Antenna for LTE Mobile Applications

TH3 G- 5
A K-Band Low Power High Accuracy Quadrature VCO
Using Gate-Modulated Coupling and Transformer Feedback
Techniq ue

H. Wang, G. Yang, Shanghai Univ., CHINA

M.-H. Li, Y.-H. Liao, H.-Y. Chang, National Central Univ., TAIWAN

TH1G- 44An Electrically Small Circularly Polarized Antenna Usinga Dipole-Fed Cross Spiral Antenna

TH3 G- 6
Development of RF Attenuation Measurement Standard
Using VNA
W.K. Perangin-angin1, A. Widarta2, 1Puslit KIM-LIPI, INDONESIA,NMIJ/ AIST, JAPANM. Matsunaga, M. Shiraga, Y. Kuroda, Ehime Univ., JAPAN2

TH1G- 45
Planar Antenna for GSM/PCS/Wi-Fi and UWB Applications

TH3 G- 7
Noise Figure Verification sing Cold-Source and -Factor
Technique for Amplifier and Down-Converted Mixer

W.-C. Wu, T.-H. Du, W.-H. Tu, National Central Univ., TAIWAN

H.-F. Hsiao, C.-H. Tu, D.-C. Chang, Y.-Z. Juang, NARL, TAIWAN

TH1G- 46
A Smart Fluorescent Antenna with Ethernet Over ACPower (EoP) for Wi-Fi Application

TH3 G- 8
Measuring Signal Generator Source Match
B.D. Hall, Callaghan Innovation, NEW ZEALAND

K.A.C. Mat1, M.T. Ali1, M.R. Kamarudin2, H. Ja’ afar1, A.A.A Aziz1,
H.M. Zali1, 1UiTM, MALAYSIA, 2UTM, MALAYSIA

TH1G- 47
Ultra Wideband Antenna for Repeater Applications

TH3 G- 9Connection Repeatability of Cross-Sonnected Waveguide
Verification Standards for Millimeter-Wave Vector Network
Analysis

S. Kharche1, G S. Reddy1, R.K. Gupta2, J. Mukherjee1, 1IIT, INDIA,
2
Terna Engineering College, INDIA

H. Huang1,2, N.M. Ridler2, M.J. Salter2, 1National Inst. of Metrology,
CHINA, 2National Physical Lab., U.K.

TH1G- 48
A Coupled Resonator Decoupling Network for In-Device
Coexistence of Two Collocated Antennas

TH3 G- 10
Integrated Instantaneous Freq uency Measurement
Subsystem Based on Multi-Band-Stop Filters

L. Zhao, K. Qian, K.-L. Wu, The Chinese Univ. of Hong Kong, HONG
KONG

B.G.M. Oliveira1,2, M.T. Melo1, I. Llamas-Garro3, M. EspinosaEspinosa3, M.R.T. Oliveira1, E.M.F. Oliveira1, 1Universidade Federal
de Pernambuco, BRAZIL, 2Instituto Federal de Pernambuco, BRAZIL,
3
CTTC, SPAIN

TH1G- 49
Compact High Gain Planar Antenna Composed of Inverted
L Antenna Fabricated by Coplanar WaveguideTH3 G- 11
Novel Non-Contact Measurement Technology by Radiation
Model Extraction of Broadband Circuit and Signal
Reconstruction

M. Taguchi, T. Kida, Nagasaki Univ., JAPANY.-H. Yeh1, H.-F. Li1, S.-M. Wu1, R.-F. Hsu1, C.-C. Chen2, 1National
Univ. of Kaohsiung, TAIWAN, 2Ministry of Economic Affairs, TAIWAN

TH1G- 5 0
Microstrip Antenna Array with a Series CapacitivelyCoupled Feeding Network for 12GHz Band Applications

TH3 G- 12
Microwave Resonating Sensors for Real Time Weight
Monitoring of Powdered, Granular and Liq uid Samples

C.-Y. Hsu1, L.-T. Hwang1, S.-M. Wang1, F.-S. Chang2, C.-F. Liu2,
1
National Sun Yat-Sen Univ., TAIWAN, 2Cheng Shiu Univ., TAIWAN

V. Nocella1, L. Pelliccia2, E. Fratticcioli2, F. Cacciamani1, R.
Sorrentino1, 1Univ. of Perugia, ITALY, 2RF Microtech Srl, ITALY27

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TECHNICAL SESSIONS ( Po ster Sessio n s)
Th ursday, November 6

15:30 - 17:00

TH3 G- 13
Study on Evaluation Techniq ues of Effective Conductivity
for Copper-Clad Dielectric Substrates

TH3 G- 27
A Specific Absorption Rate Measurement above 00MHz
with Thermal Method

S. Nikaido, T. Shimizu, Y. Kogami, Utsunomiya Univ., JAPANR. Shimofusa, Y. Okano, Tokyo City Univ., JAPANTH3 G- 14
Wideband Bandpass Filter with Wide Stopband Based on
Stub-Loaded Resonator

TH3 G- 28
FDTD Computation of Temperature Elevation in the HeadModel Due to Dipole Antenna with Measured Blood FlowRate

B. Zhang, S.S. Li, J.-M. Huang, BUPT, CHINA

S. Ota, I. Laakso, A. Hirata, Nagoya Inst. of Tech., JAPANTH3 G- 3 9
Ergodic Capacity with Optimal Matching for Spatially
Correlated 2× 2 MIMO systems in 3-D Isotropic Scattering
Environment
J. Jeong, G.K. Tran, K. Araki, Tokyo Inst. of Tech., JAPANTH3 G- 40
Proposal of MIMO Ultra-Wide Band Antenna with Low
Mutual Coupling
N.Q. Dinh, L.T. Trung, Le Q uy Don Technical Univ., VIET NAM

TH3 G- 16
A New Design of Very Compact UWB Band-Stop Filter
Using Coupled W-Shaped Strips

TH3 G- 29
Improvement of Backscatter Properties of C-Shaped Dipole
Scatterer for Chipless RFID

TH3 G- 41
Method to Reduce Complexity of MLD in Passive MIMO
Using Beam-Forming at ReceiverN. Ojaroudi, Islamic Azad Univ., IRAN

M. Polivka, J. Machac, Czech Technical Univ. in Prague, CZECHREPUBLIC

R. Takahashi1, K. Terasaki1, K. Murata2, N. Honma1, Y. Tsunekawa1,
1
Iwate Univ., JAPAN, 2National Defense Academy, JAPANTH3 G- 17
Suspended Stripline UWB Bandpass Filter with Adjustable
Transmission Zero

TH3 G- 3 0
Eq uivalent Circuit of the Excitation to a Slot Antenna andthe Matching to a Complex Impedance

Z.-X. Xu1, X. Yu1, J.-Q. Liu1, K.S.O. Kwakye1, J.L.-W. Li1,2, 1UESTC,CHINA, 2Monash Univ., AUSTRALIA

K. Yoshimatsu, K. Sato, T. Kubo, H. Shimasaki, Kyoto Inst. of Tech.,JAPAN

TH3 G- 18
A Novel Channel Coding Scheme for Digital RF Transmitter
Comprising a 1-Bit Band-Pass Delta-Sigma Modulator

TH3 G- 3 1
An Isotropic Receiver for Area Discrimination with
Magnetoq uasistatic Fields

T. Maehata1, S. Kameda2, N. Suematsu2, 1Sumitomo Electric Industries,
Ltd., JAPAN, 2Tohoku Univ., JAPANA. Sasaki, R. Okuizumi, T. Mizota, H. Morimura, O. Kagami, NTT
Corp., JAPANTH3 G- 20
Improved JSDM Method Applied Under SCM Model

TH3 G- 3 2
A Small Size Planar MIMO LTE Antenna System for USB
Dongle Application

Y. Li, J. Zhao, Y. He, C. Zhu, Southeast Univ., CHINA

TH3 G- 21
Balanced Orthogonal Code for Polarization Angle Diversity
K. Takei, Hitachi Ltd., JAPANS.-C. Lai, C.-M. Jiang, Y.-S. Chiou, C.-L. Tang, Auden Techno Corp.,
TAIWAN

TH3 G- 3 3Channel Capacity Determination of a Pattern Reconfigurable
Automotive Roof-Top LTE Antenna
T. Mahler, J. Kowalewski, T. Schipper, T. Zwick, IHE, KIT, GERMANY

TH3 G- 22
BER vs. Guard-Band Analysis of Adjacent QPSK Modulated
Carriers on a Satellite Transponder

TH3 G- 3 4High Isolation 2.4/5.2/5. GHz W AN and 2.5GHz WiMA
Antenna for Laptop Computer Application

M. Yceer, S. Glgnl, Turksat, TURKEY

Y.-T. Huang1, C.-T. Li1, W.-S. Chang1, W.-H. Hsu2, 1Wistron NeWeb
Corp., TAIWAN, 2Shu-Te Univ., TAIWAN

TH3 G- 23
1/2fs Direct RF Under Sampling Reception in Different
RX Channels

TH3 G- 3 5
A Compact Dual-Band MIMO Antenna for Wireless LAN
Applications

D. Banda1,2, O. Wada1,3, T.T. Ta1,4, S. Kameda1, N. Suematsu1, T.
Takagi1, K. Tsubouchi1, 1Tohoku Univ., JAPAN, 2The Univ. of Zambia,
ZAMBIA, 3Mitsubishi Electric Corp., JAPAN, 4Toshiba Corp., JAPANC.-S. Chuang1, H.-S. Fang2, J.-S. Sun2, 1Lunghwa Univ. of Scienceand Tech., TAIWAN, 2National Taipei Univ. of Tech., TAIWAN

TH3 G- 24
System Stability of SS-CDMA Location and Short Message
Communication Using QZSS

TH3 G- 3 6
Design of a Wideband Printed MIMO Monopole Antenna
Using Neutralisation Lines Techniq ue

A. Taira, Y. Miyake, S. Kameda, N. Suematsu, T. Takagi, K.
Tsubouchi, Tohoku Univ., JAPANE. Elkazmi1,3, C.H. See2,3, N.A. Jan3, R.A. Abd-Alhameed3, N. Ali4,
N.J. McEwan3, 1Bani-Walid Univ., LIBYA, 2Univ. of Bolton, U.K.,
3
Univ. of Bradford, U.K., 4Khalifa Univ., UAE

TH3 G- 25
Design of an L-Band Radiometer Front End for Medical
Radiometry

TH3 G- 3 7
Small-Size WLAN MIMO Antenna Array with High
Isolation for Laptop Computer Application

V.M. Ravi, K. Arunachalam, Indian Inst. of Tech., INDIA

S.-C. Chen, J.-Y. Sze, K.-J. Chuang, National Defense Univ., TAIWAN

TH3 G- 26
Local Exposure Antenna for Small Animals in 6GHz10GHz Range

TH3 G- 3 8
Planar Spatial Diversity Sectored UWB Antenna with
WiMAX and WLAN Band Notch Characteristics

K. Funakura, Y. Kushiyama, T. Arima, T. Uno, Tokyo Univ. Agriculture
and Tech., JAPANK. Chhabilwad, G.S. Reddy, J. Mukherjee, IIT Bombay, INDIA

2

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TECHNICAL SESSIONS ( Po ster Sessio n s)
10:00 - 11:30(Sakura)Room G

Sessio n FR1G

Friday, November 7

2nd Floor

FR1G- 1
A Stopband-Tunable ow-Noise Differential Amplifier
with Dual-Passband and Triple-Stopband Using VaractorTuned Bias Circuits
K. Sakamoto, Y. Itoh, Shonan Inst. of Tech., JAPANFR1G- 2
Design of UWB LNA Using RC Feedback Technology
M.-T. Hsu, J.-C. Yang, J.-R. Jhan, National Yunlin Univ. of Scienceand Tech., TAIWAN

FR1G- 3
Enhancement Mode GaAs PHEMT LNA Protection Switch
Module for TD-LTE and TD-SCDMA Infrastructure
Applications

FR1G- 13A Miniature 5 2-66 GHz Sub-Harmonic IQ Demodulator
with Low LO Power in 65 -nm CMOS

FR1G- 26
Novel Unit-Cell Structure of Composite Right/Left Handed
Transmission Lines Keeping the Balanced Condition

C.-A. Hsieh, Y.-H. Lin, H. Wang, National Taiwan Univ., TAIWAN

D. Goto, K. Yokota, H. Deguchi, M. Tsuji, Doshisha Univ., JAPANFR1G- 14
0 GHz 0.1
Converterm CM S Schottky-Diode Ring-Mixer Down-

FR1G- 27
Re ectarray with Arbitrarily Shaped Elements Having
Four-Axial Symmetry

Y.-C. Hsiao1, C. Meng1, T.-W. Wang1, G.-W. Huang2, 1National
Chiao Tung Univ., TAIWAN, 2National Nano Device Lab., TAIWAN

T. Asada, S. Matsumoto, H. Deguchi, M. Tsuji, Doshisha Univ.,
JAPAN

FR1G- 16
Broadband Rectifier Design Based on
Input Matching Circuit

FR1G- 28
Metamaterial-Inspired
Biconical Structure

uality Factor of

WidebandAbsorber

Adopting

H. Sakaki, K. Nishikawa, Kagoshima Univ., JAPANJ.-H. Lee, B. Lee, Kyung Hee Univ., REPUBLIC of KOREA

FR1G- 4
A Low Noise Figure Single-to-Differential Low Noise
Amplifier for Wideband Applications

FR1G- 17
A Novel Wide Dynamic Range Rectifier Design For
Wireless Power Transfer System

FR1G- 29
Eq uivalent Circuit Modeling of an Ultra-Thin Dual-Band
Microwave Metamaterial Absorber

L.-W. Chen, H.-Y. Chang, R.-Y. Huang, R.-M. Weng, National Dong
Hwa Univ., TAIWAN

H. Sakaki1, F. Kuroiwa1, M. Tsujii1, M. Muraguchi1, K. Nishikawa1,
K. Kawai2, H. Okazaki2, S. Narahashi2, 1Kagoshima Univ., JAPAN,
2NTT DOCOMO, INC., JAPANS. Bhattacharyya, S. Ghosh, K.V. Srivastava, Indian Inst. of Tech.,
INDIA

FR1G- 5
Mitigation Techniq ue for High Altitude Electro Magnetic
Pulse (HEMP) For GPS Receiver

FR1G- 18
A Bandpass Filter with High Selectivity and a Wide
StopbandP. Ratna, S. Jain, J. Chattopadhyay, Advanced System Laboratory,
INDIA

J.-M. Yan, Jingdezhen Ceramic Institute, CHINA, NUST, CHINA

FR1G- 3 0
Fully-Printed Phase-Compensation Method for the Outputsof the Compact Metamaterial Dual-Band 3-Way PowerDivider

FR1G- 6
A Series of 4. V High inearity ow Noise Amplifiers for
Cellular Base Station Applications

FR1G- 19
Microstrip Open-loop Filter Using Multilayer Liq uid
Crystal Polymer Technology

FR1G- 3 1
A Tri-Band Branch-Line Coupler Design Using DoubleLorentz Transmission Line Metamaterial

S.-H. Khoo, C.-C. Loh, T.-H. Tan, Avago Tech. Malaysia, MALAYSIA

B. Liu, F. Zhu, Y.-P. Zhou, D. Shen, Y.-W.Liu, Y.-P. Zou, NUAA,
CHINA

F. Mazeh1, H. Ayad1,2, A. Khalil1, M. Fadllallah1, J. Jomaah1,2,
1
Lebanese Univ., LEBANON, 2IMEP-LAHC, Grenoble INP, FRANCE

FR1G- 7
A 4GHz Cryogenic Amplifier in 0.1 um General Purpose
BiCMOS Technology

FR1G- 20
Compact Multimode Bandpass Filters with Wide Upper
Stopband Using Dual-Mode DGS Resonators

Y.-S.J. Shiao1, G.-W. Huang1, T.-H. Chiueh2,2National Taiwan Univ., TAIWAN

B. Peng, S. Li, B. Zhang, S. Wang, BUPT, CHINA

FR1G- 3 2
Localized Electromagnetic Distortion in 2D Metal Hole
Array and Its Application to Imaging of Permittivity
Distribution

S.-H. Khoo, M.-S. Chow, P.-S. Ooi, Avago Tech. Malaysia, MALAYSIA

1

NDL, TAIWAN,

FR1G- 8
Theory of Gain and Stability of Small-Signal Amplifierswith Lossless Reciprocal Feedback
S. Amakawa, Hiroshima Univ., JAPANFR1G- 9142GHz Schottky Diode Mixer in CM S 0.1 - m
H.-S. Wu1, C. Wang2, C.-K.C. Tzuang1, 1Tianj in Univ., CHINA,
2
Huawei, CHINA

K. Jang1, H. Kim1, M.K. Khattak1, J. Jeon1, K.-H. Koo1, H.-J. Kim2,
H.-S. Lee2, S. Kahng1, 1Incheon National Univ., REPUBLIC of
KOREA, 2LIG NEX 1 Co., Ltd., REPUBLIC of KOREA

G. Itami1, T. Akiyama1, O. Sakai1, Y. Harada2, 1Kyoto Univ., JAPAN,
2
Kyoto Prefectural Univ. of Medicine, JAPANFR1G- 21
Artificial Dielectric Filter Suitable for Base-Stations
T. Ishizaki, S. Nojiri, N. Hama, Ryukoku Univ., JAPANFR1G- 3 3
Spectral-Domain Formulation of Photonic Crystal
Waveguide Devices Formed by Circular Cylinders
K. Watanabe, Y. Nakatake, Fukuoka Inst. of Tech., JAPANFR1G- 22
Maxwell Eq uations, Coupled Mode Theory and Coupling
Coefficient

FR1G- 3 4
A V-Band CMOS 90nm PLL

I. Awai1, Y. Zhang2, 1Ryutech Corp., JAPAN, 2Ryukoku Univ., JAPANY.-R. Chung, Y.-H. Yu, Y.-C. Lu, Y.-J.E. Chen, National Taiwan
Univ., TAIWAN

FR1G- 23
A Compact Highly Selective Bandpass Filter with Wide
Upper-Stopband

FR1G- 3 5
Freq uency Domain Phase Noise Compensation Employing
Adaptive Algorithms for Millimeter-Wave OFDM Systems

W. Nie1,2, Y. Fan1, S. Luo2, Y. Guo2, 1UESTC, CHINA, 2National
Univ. of Singapore, SINGAPORE

K. Matsumoto, Y. Chang, G.K. Tran, K. Araki, Tokyo Inst. of Tech.,JAPAN

FR1G- 11A High Power W-Band CMOS Transmitter for Gb/s Data
Link

FR1G- 24Compact Microstrip Lowpass Filter with Sharp Roll-off
and Wide Stopband by Cascading Multiple Resonators

FR1G- 3 6
A Consideration of Traceability on the Linearity of aMillimeter Wave VNA

J.-C. Cheng, J.Y.-C. Liu, National Tsing Hua Univ., TAIWAN

R. PM, A. Parambil, J. PM, Cochin Univ. of Science &A. Widarta, M. Horibe, NMIJ/ AIST, JAPANFR1G- 12
An Integrated Q-band 6-bit Digital Attenuator with Low
Insertion Loss

FR1G- 25
Design of 60-GHz Compact and Low-Insertion loss
Stepped-Impedance Coupled-Line CMOS On-Chip
Bandpass Filter

FR1G- 10A High LO-to-RF Isolation 32-5 2GHz Triple CascodeDown-Conversion Mixer with 2-12GHz IF Bandwidth for
ALMA Band-1
J.-C. Kao1, C.-F. Chou1, C.-C. Chiong2, C.-C. Chuang2, H. Wang1,
1
National Taiwan Univ., TAIWAN, 2ASIAA, TAIWAN

L. Zhao1, W. Liang1, X. Xu2, X. Jiang1,2, J. Zhou1, 1Southeast Univ.,
CHINA, 2Milliway Microelectronics Co, CHINA

Tech., INDIA

P.-K. Chuang, L.-K. Yeh, H.-R. Chuang, National Cheng Kung Univ.,
TAIWAN

FR1G- 3 7
A 94GHz Compact Receiver Module for Passive MillimeterWave Imaging System
P.-F. Sun1,2, L. Wu1, J.-Y. Ding1,2, X.-W. Sun1, Y. Ye1,2, R. Tong1,
1
SIMIT, CHINA, 2GUCAS, CHINA

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TECHNICAL SESSIONS ( Po ster Sessio n s)
Friday, November 7

14:00 - 15:30
Room G

Sessio n FR3 G(Sakura)2nd Floor

FR1G- 3 8
Proposal to Expand Freq uency Tuning Range in MillimeterWave Band Tunable Filter

FR3 G- 1
Compact Microstrip Electronically Tunable Power Divider
with Chebyshev Bandpass Response

FR3 G- 13
Displacement Estimation and Monitoring from GroundBased SAR Amplitude Components

T. Kawamura, A. Otani, Anritsu Corp., JAPANC.-F. Chen, C.-Y. Lin, B.-H. Tseng, S.-F. Chang, Tunghai Univ.,
TAIWANL. Zou, K. Takahashi, M. Sato, Tohoku Univ., JAPANFR1G- 3 9Compact Terahertz Waveguide Band-Pass Filter Based on
Silicon Micromachining Techniq ue

FR3 G- 2
High Q, Miniaturized Dual-Mode Coaxial Bandpass Filter

FR3 G- 14
Automatic Algorithm for Estimating Fundamental
Periodicity of Jet Engine Modulation Signals

S. Liu1, J. Hu1, Y. Zhang1, L. Li1, D. Lei1, Y. Zhou1, B. Yan1, R. Xu1,
Q. Xue2, 1UESTC, CHINA, 2City Univ. of Hong Kong, HONG KONG

C. Sovuthy, W.P. Weny, UTP, MALAYSIA

J.-H. Park1, W.-Y. Yang1, J.-W. Bae2, S.-C. Kang3, C.-H. Kim3, N.-H.
Myung1, 1KAIST, REPUBLIC of KOREA, 2Samsung Thales,
REPUBLIC of KOREA, 3ADD, REPUBLIC of KOREA

FR1G- 40
Noise Analysis for Multi-Channel ‘ THz Torch’ Thermal
Infrared Wireless Communications Systems

FR3 G- 3
K-Band Substrate Integrated Waveguide T-Junction
Diplexer Design by Mode-Matching Techniq ues

F. Hu, S. Lucyszyn, Imperial College London, U.K.

Z. Kordiboroujeni1, J. Bornemann1, T. Sieverding2, 1Univ. of Victoria,
CANADA, 2Mician GmbH, GERMANY

FR1G- 41
Hemispherical Dielectric Resonator Antenna Loaded witha Novel Sierpinski Carpet Fractal Based Photonic Band
Gap Structure for Wireless Application

FR3 G- 4Lossy Filter with Uniform Q-Factors by Optimization
MethodFR3 G- 17
Novel Permittivity Estimation for Dielectric Plate by Radar
Image

L.-F. Qiu1, L.-S. Wu1, W.-Y. Yin1,2, J.-F. Mao1, 1Shanghai Jiao Tong
Univ., CHINA, 2Zhej iang Univ., CHINA

H. Kobayashi1, S. Takaoka2, Y. Yamaguchi2, 1Osaka Inst. of Tech.,JAPAN, 2Niigata Univ., JAPANFR3 G- 5
W-Band Compact Band-Pass Filter Based on E-Plane
Insert Technology

FR3 G- 18
A Generalized Permittivity Model for Describing Ash
Particle with Respect to Exposed Temperature

L. Hu, Z. Wang, L. Xia, F. Guo, UESTC, CHINA

T.C. Baum, L. Thompson, K. Ghorbani, RMIT Univ., AUSTRALIAFR3 G- 6
Efficient Approaches to Eliminate In uence Caused byMicro-Machining in Fabricating H-Plane Iris Band-Pass
Filters

FR3 G- 19
Investigation of RF Freq uency Effect on Detection
Performance of Vital-Sign CW Doppler Radar

B. Mukherjee1, P. Patel2, J. Mukherjee2, 1Indian Inst. of Information Tech.,
Design & Manufacturing, INDIA, 2Indian Inst. of Tech. Bombay, INDIA

FR1G- 42
Experimental Analysis of E/O and O/E Conversion
Performances for Radio-on-Fiber of Digital WirelessCommunication Systems
M. Itoh1, S. Oshiba2, S. Seki1, 1Oki Electric Industry Co., Ltd., JAPAN,
Kyoto Inst. of Tech., JAPANFR3 G- 15
Automatic Extraction of Jet Engine Blade Number Basedon Joint Time-Freq uency Analysis of Jet Engine Modulation
Signals
W.-Y. Yang1, J.-H. Park1, J.-W. Bae2, S.-C. Kang2, N.-H. Myung2,
1
KAIST, REPUBLIC of KOREA, 2Samsung Thales, REPUBLIC of KOREA

2

FR1G- 43
Fine Wavelength Stabilization of the DFB Laser at theFlexible Grid by Photo-Mixing with Reference Wavelengths
A. Saeki, K. Kato, Kyushu Univ., JAPANC. Zhao, T. Kaufmann, Y. Zhu, C.-C. Lim, The Univ. of Adelaide,
AUSTRALIA

FR1G- 44
Req uirement for Antenna of Wireless Power Transmission
SystemFR3 G- 7
Flexible RF One-Chip Active Filter Based on Recursive
Architecture in UHF Range

M. Taguchi, I. Mine, Nagasaki Univ., JAPANT. Omori, K. Seo, T. Fujikawa, C.-J. Ahn, K. Hashimoto, Chiba
Univ., JAPANH. Kuo, H. Chuang, National Cheng Kung Univ., TAIWANFR3 G- 20
FPGA-Based M-Seq uence Ground Penetrating Radar
S. Brueckner, D. Seyfried, J. Schoebel, Technische Universitaet
Braunschweig, GERMANY

FR3 G- 8
Design of Dual-Mode Tunable Filter with Constant
Fractional Bandwidth Using Varactors

FR3 G- 21
A CMOS 65 nm DC-17GHz Single Pole Eight Throw
Switch for GHz Radar Impulse Communication

H.-Y. Tsai, T.-Y. Huang, R.-B. Wu, National Taiwan Univ., TAIWAN

A. Azhari, S. Takumi, S. Kenta, T. Kikkawa, Hiroshima Univ.,
JAPAN

FR3 G- 9
A Modified Doublet Bandpass Filter with Substrate
Integrated Waveguide -to- Defected Ground Structure Cellfor Bandwidth Enhancement and Source-Load Coupling

FR3 G- 22
Millimeter-Wave-Based Simulation and Basic Experimentfor Ultrasonic Radar Sensor - Installed in Sensor Network
for Care Environment -Y.M. Huang, Z. Shao, C.J. You, Z. He, UESTC, CHINA

M. Hikita, T. Sato, Y. Kaneda, Kogakuin Univ., JAPANFR3 G- 10
MIMO OFDM Radar Networks: Inter- & Intra-System
Interference Handling

FR3 G- 23
Quantitative Jet Engine Localization in HRR-JEM Radar
ImagesY.L. Sit, T. Zwick, KIT, GERMANY

J.-H. Park1, W.-Y. Yang1, J.-W. Bae2, S.-C. Kang2, N.-H. Myung1,
1
KAIST, REPUBLIC of KOREA, 2Samsung Thales, REPUBLIC of
KOREA

FR3 G- 11
ISAR Imasing for Search Radar System
Compressed Sensing Method

sing Modified

H.-J. Kim1, W.-Y. Song1, Y.-D. Kim1, E.-J. Yang2, N.-H. Myung1,
1
KAIST, REPUBLIC of KOREA, 2ADD, REPUBLIC of KOREA

FR3 G- 24
A Study of Coil Orientations to Enhance the Transfer
Efficiency of a Multi-Repeater Wireless Power Transmission
SystemM.Q. Nguyen, D. Khoroshansky, S. Luce, O. Osasona, N. Joshi, S.
Rao, J.-C. Chiao, UTA, U.S.A.

FR3 G- 12
Fast Bistatic ISAR Image Generation for Realistic CAD
Model Using the Shooting and Bouncing Ray Techniq ue

FR3 G- 25
Sq uare Electrically Small EAD Antenna Array for RF
Energy Harvesting from TV Broadcast Tower

D.J. Yun1, J.I. Lee1, J.H. Yoo2, N.H. Myung1, 1KAIST, REPUBLIC of
KOREA, 2ADD, REPUBLIC of KOREA

D. Xie1, X. Liu1, H. Guo1, X. Yang1,2, 1Soochow Univ., CHINA, 2StateKey Laboratory of Millimeter Waves, CHINA

30

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TECHNICAL SESSIONS ( Po ster Sessio n s)
14:00 - 15:30

FR3 G- 26
Wireless Power Transfer Via Electric Field Resonance
Coupling

FR3 G- 3 9
Design of Microstrip Patch Antenna Excited By Coplanar
Waveguide Edge Slot

M. Kusunoki, D. Obara, M. Masuda, Furukawa Electric Co., Ltd.,JAPAN

Y. Ohshima, T. Kamei, T. Kawano, National Defense Academy,JAPAN

FR3 G- 27
Development of Underwater WPT System Independent ofSalinity

FR3 G- 40
An Efficient Reduction Technique for PEEC

Y. Sawahara1, D. Futagami1, T. Ishizaki1, I. Awai2, 1Ryukoku Univ.,
JAPAN, 2Ryutech Corp., JAPANFR3 G- 28
Analysis of Electric and Magnetic Coupling Components
for Spiral Resonators Used in Wireless Power Transfer
Y. Zhang1, T. Yoshikawa1, I. Awai2, 1Ryukoku Univ., JAPAN, 2Ryutech
Corp., JAPANFR3 G- 29
Design of a Compact Planar Witricity Device with Good
Efficiency for Wireless Applications
M.H.M. Salleh, N. Seman, D.N.A. Zaidel, UTM, MALAYSIA

FR3 G- 3 1
General D Gaussian Beam Diffraction on Curved Re ector
Edge
Z. Lu1, X. Liu1, Y. Yao1, X. Chen2, J. Yu1, H. Wang1, 1BUPT, CHINA,
2
Univ. of London, U.K.

L.K. Yeung, The Chinese Univ. of Hong Kong, HONG KONG

FR3 G- 41
Novel Miniaturized BDS Dual-Band Antenna Based on
Composite Right/Left-Handed Substrate Integrated
Waveguide
S. Fang1, T. Wang1, Z. Liu1, S. Zhu1, Y. Luo2, 1East China Normal
Univ., CHINA, 2Shanghai Normal Univ., CHINA

FR3 G- 42
A Novel Miniaturized Quarter-Mode Circular Polarization
Antenna Based on SIW Loaded with Dual-CSRR for BDS
Application
T. Wang, S. Fang, S. Zhu, East China Normal Univ., CHINA

FR3 G- 43
Novel UWB Vivaldi Antenna with Low RCS
W. Jiang, Y. Li, S. Gong, W. Wang, X idian Univ., CHINA

FR3 G- 3 2
Estimation of Bistatic Radar Cross-Section from Simplified
Leaf Structures

FR3 G- 44
Efficient Method for Analysis of Radome in Receiving
Mode

P.J. Co, J. Takada, Tokyo Inst. of Tech., JAPANB. Wang, M. He, J. Liu, C. Zhang, H. Sun, Beij ing Inst. of Tech.,
CHINA

FR3 G- 3 3
Propagation
Evaluation

Measurement

for

TVWS

Interference

H. Sawada1, T. Kan1, K.i Mizutani1, K. Ishizu1, H. Murakami1, H.
Harada1,2, 1NICT, JAPAN, 2Kyoto Univ., JAPANFR3 G- 3 4
Solution for Scattering by a Wedge with Periodic
Anisotropic Impedance Faces

FR3 G- 45
Solving the Volume-Surface Integral Eq uation Using theSpherical Harmonics Expansion Based Multilevel Fast
Multipole Algorithm
J. Liu, M. He, B. Wang, C. Zhang, H. Sun, Beij ing Inst. of Tech.,
CHINA

FR3 G- 46
Radiation of a Ring Current above a Semitransparent Disk

F. Zhang, G.-Q. Zhu, Y.-H. Zhang, S.-Y. He, Wuhan Univ., CHINA

V.A. Kaloshin1,2, K.K. Klionovski3, 1IRE of RAS, RUSSIAN FEDERATION,
2
MIPT, RUSSIAN FEDERATION, 3Concern Morinformsystem-Agat JSC,RUSSIAN FEDERATION

FR3 G- 3 5Radio Markers for Lane-Keeping Support System Using
Specified ow PowerRadio Device

FR3 G- 47
A Dual-Feed Circularly-Polarized Traveling-Wave Array
Antenna

Y. Isota, T. Tobana, T. Sasamori, Akita Prefectural Univ., JAPAN

K.S.O. Kwakye1, J.L.-W. Li1,2, Z.-X. Xu1, S.B. Amo1, 1UESTC,CHINA, 2Monash Univ., AUSTRALIAFR3 G- 3 6
Analysis of Coupling Effects to PCBs with AdjacentCompartments Inside Waveguide Using the mBLT Eq uation

FR3 G- 48
Flexible Antennas Using a New Material

J.-K. Du1, S.-Y. Hyun1, J. Lee2, J.S. Choi2, J.-G. Yook1, 1Yonsei Univ.,
REPUBLIC of KOREA, 2ADD, REPUBLIC of KOREA

Friday, November 7

N.A.M. Affendi1, N.A.L. Alias2, N.M. Razali2, Z. Awang2, A. Samsuri2,
1
Universiti Malaysia Perlis, MALAYSIA, 2UiTM, MALAYSIA

FR3 G- 3 7
Ionospheric Scintillation of GPS Microwave Signals in
Singapore

FR3 G- 49
FDTD Analysis of UWB Microstrip Antenna with Dual
Band-Notched Characteristic

D.Y. Heh1, D. S. Murti1, E.L. Tan1, E.K. Poh1,2, K.V. Ling1, Y.L.
Guan1, 1Nanyang Technological Univ., SINGAPORE, 2DSO National
Laboratories, SINGAPORE

N. Ojaroudi, Islamic Azad Univ., IRAN

FR3 G- 3 8
Design of Dipole Antenna with Re ector for RCS
Reduction Using Reradiation Interference Cancellation
S. Kitagawa, R. Suga, O. Hashimoto, Aoyama Gakuin Univ., JAPAN31

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2014/09/25

11:11:47

WORK SHOPS
Tuesday, November 4

10:30-17:30

Tuesday, November 4

10:30-17:30

Room A (Tachibana) 2nd Floor

Room B (Hagi) 2nd Floor

WS1A

WS1B

In tro d u ctio n to Ad v an ced Material s Measu remen ts

In tro d u ctio n to Theo ry o f Op eratio n an d Rel iabil ity in
Vecto r Netw o rk An al y z er Measu remen t at RF, Micro w av ean d Mil l imeter- Wav e Freq u en cies

Organizers: Michael Janezic, National Institute of Standards andTechnology (NIST), U.S.A.
Shelley Begley, Agilent Technologies, U.S.A.
Masahiro Horibe, National Institute of Advanced
Industrial Science and Technology (AIST), National
Metrology Institute of Japan (NMIJ), JAPAN

Organizers: Masahiro Horibe, AIST, JAPAN
Dominiq ue Schreurs, KU Leuven, BELGIUM

The purpose of this full-day workshop is to provide an
overview and demonstration of the state-of-the-art techniq ues
used to measure the dielectric permittivity and permeability
properties of materials that are widely Inc. into microwave
devices and components. The first half of the workshop, tutorial
in nature, will provide a framework for selecting the appropriate
measurement techniq ue and will overview the most relevant
techniq ues for accurately measuring low-loss and high-loss solidand liq uid dielectric materials at microwave, millimeter-wave
freq uencies and above. In the second half of the workshop,
attendees will have an opportunity to see and operate many ofthese techniq ues demonstrated in an interactive laboratory-likeenvironment, where the practical details of dielectric permittivity
and permeability measurements will be emphasized.

Following recent successful workshops on uncertainties andmeasurement
rement traceability in microwaveand millimeter-wavemeasurements, from Asia-Pacific Microwave Conference 2009 (titled,“Establishing Confidence in Microwave Measurements”) andseveral workshops in Microwave Week and European Microwave
Week, this workshop will continue presenting more practical andfundamental information on evaluating accuracy of measurements
made at RF, microwave and millimeter-wave freq uencies. In
particular case, this workshop will give some knowledge forestablishing reliable measurement with broad-band freq uency
range. This will concentrate on the fundamental measurement
techniq ues and somewhat application measurement solutions atthese freq uencies -S-parameter, non-linear network analysis andon-wafer. The workshop will conclude with a roundtablediscussion reviewing all talks around reliable measurements thatare currently req uired, and in the coming few years.

WS1A-1

WS1B-1

WS1A-2
WS1A-3

WS1A-4
WS1A-5

WS1A-6
WS1A-7
WS1A-8
WS1A-9
WS1A-10

Overview of Dielectric Measurement Techniq ues
Mike Janezic, NIST, U.S.A.
Broadband Transmission-line Techniq ues
Mike Janezic, NIST, U.S.A.
Measurement Techniq ues of Dielectric Substrates for
Microwave and Millimeter wave Circuits by Resonator
Methods
Takashi Shimizu, Utsunomiya Univ., JAPANLiq uid Measurements Using and Open-Ended Coaxial
Probe
Shelly Begley, Agilent Technologies, U.S.A.
Freq uency Characteristics Evaluation by the Cavity
Perturbation Method
Taro Miura, Kanto Electric Application Development,
JAPAN
Millimeter-Wave Measurements: Broadband QuasiOptical Techniq ues
Masahiro Horibe, NMIJ-AIST, JAPAN
Magnetic Permeability Measurements
Ryowa Electronics Co., Ltd., JAPAN
Metamaterial Measurement Using S-Parameter Method
Agilent Technologies, JAPAN
Application Measurements for Agriculture Products
Monai Krairiksh, KMITL, THAILAND
Round Table Discussion Hans-on Demonstrations
Supported by Agilent Technologies- Circular Cavities (SUMTEC)- Liq uid Measurements using and Open-Endedcoaxial Probe (Agilent Technologies)- Quasi-Optical Techniq ues (AIST)- Harmonic Permeability Measurement (KEAD)- Magnetic Permeability Measurements (Ryowa
Electric)

WS1B-2

WS1B-3
WS1B-4
WS1B-5
WS1B-6
WS1B-7
WS1B-8
WS1B-9WS1B-10

Overviews: Req uests of Reliable Measurements from
Industrial and Scientific Fields
Masahiro Horibe, NMIJ-AIST, JAPANStandard and VNA Evaluation at Millimeter Wave
and RF
Masahiro Horibeand Anton Widarta, NMIJ-AIST,JAPAN
Six-port Network Analysis
ToshiyukiYakabe, Electric Telecommunication Univ.,
JAPAN
Connectorized Vector Network Analysis
Jon Martens, Anritsu Company, U.S.A.
Calibrationand System Verification in Vector Network
Analyzer Measurements
Ken Wong, Agilent Technologies, U.S.A.
Measurement Uncertainty and Vector Network
Analysis
Blair Hall, MSL, NEW ZEALAND
S-Parameter Multiport Uncertainty: From the Theory
to a Useful Tool
Andrea Ferrero, Agilent Technologies, SWITZERLAND
Strategies for RF Probe Calibration
Choon Beng Sia, Cascade Microtech, SINGAPORE
Understanding and Dealing with Calibration Residual
Errors at the Wafer-Level
Andrej Rumiantsev, Brandenburg Univ. of Technology Cottbus, GERMANY
Towards Greener Smartphones with Microwave
Measurements
Dominiq ue Schreurs, KULeuven, BELGIUM

32

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11:12:03

WORK SHOPS
Tuesday, November 4

10:30-17:30

Tuesday, November 4

Room C (Shirakashi 1) 3rd Floor

Room D (Shirakashi 2) 3rd Floor

WS1C

WS1D

Tren d o f New Wid e B an df o r Nex t In n o v atio n

Gap

Material s an d

Dev ices

Recen t Ad v an ces in Micro w av e Fil ters

Organizers: Zhewang Ma, Saitama Univ., JAPANMasataka Ohira, Saitama Univ., JAPAN

Organizers: Toshihide Kikkawa, Transphorm Japan, JAPANKazuya Yamamoto, Mitsubishi Electric, JAPANMicrowave filters are of significant importance in modern
communication systems. This workshop is aimed at providing
topics on recent progress in the research and development of RF/
microwave filters, with emphasis on filters having tunable/
reconfigurable functions, low loss, high rejection, steep transition
between passband and stopband, and wide stopband. The first talkfocuses on the development of miniature RF filters using liquid
crystal polymer (LCP) multilayer circuit technology andelectronically reconfigurable RF planar filters based on the
integration of active tuning/switching elements onto planarfiltering structures. The second talk presents four novel methods
to design compact microstrip bandpass filters with wide
stopbands. In the third talk, a simple and straightforward
parameter-extraction method for transversal resonator array filters
are introduced in order to design multi-mode planar bandpass
filters with transmission zeros. The final talk describes thedevelopment of transmitting/receiving high-Tc superconducting(HTS) ultra-narrowband bandpass filters and their applications.

This workshop covers new wide band-gap materilas anddevices. Trend and future of GaN, SiC GaO, ZnO, Diamond, and
GaN on Diamond will be presented for next innovation. This
workshop will expand the dedicated application area. Powerapplication or new application will be included in addition to RF
application. Firstly, GaN and SiC will be compared for power
application. Then, Oxide -based materials as the next newmaterials will be introduced to the attendees to understand current
device level. Diamond and GaN on Diamond will be reviewed
Considering the thermal management. Finally, GaN reliability
status and RF application trend will be summarized to comparewith other materials.
WS1C-1

WS1C-2
WS1C-3

WS1C-4
WS1C-5
WS1C-6
WS1C-7
WS1C-810:30-13:30

200 mm GaN-on-Si Status: Comparison of e-Modep-GaN and Recessed MISHEMT Devices
Denis Marcon, Marleen Van Hove, Dirk Wellekens,
Niels Posthuma, Shuzhen You, Xuanwu Kang, TianLi Wu, Maarten Willems, Steve Stoffels and Stefaan
Decoutere, IMEC, BELGIUM
SiC Device; Current Status and Future
Tsunenobu Kimoto, Kyoto Univ., JAPAN
Gallium Oxide (Ga2O3) Devices for Next Generation
Applications
Masataka Higashiwaki 1, Kohei Sasaki 2,1, Takafumi
Kamimura1, Man Hoi Wong1, Daivasigamani
Krishnamurthy1, Akito Kuramata2, Takekazu Masui 3,
Shigenobu Yamakoshi 2, 1National Institute of Information and Communications Technology (NICT),JAPAN, 2Tamura Corp., JAPAN, 3Koha Co. Ltd.,JAPANZnO Device; Current and Future
Shigehiko Sasa, Osaka Inst. Tech., JAPANDiamond Electronic Devices for Future Application
Yasuo Koide, National Institute for Materials Science(NIMS), JAPANGaN-on-Diamond - a Short History
Daniel Twitchen, Bruce Bolliger and Daniel Twitchen,
Element Six, U.S.A.
GaN Reliability and Thermal Management
David Via, Air Force Research Laboratories (AFRL),
U.S.A.
European GaN for RF Applications: Current Status
and Trends
Guillaume Callet, Herve Blanck, Jan Grunenputt,
Bernd Shauwecker, Benoit Lambert, Zineb Ouarch,
Marc Camiade, Philippe Sin, Pierre-Franck Alleaume,
UMS, FRANCE

WS1D-1
WS1D-2

WS1D-3

WS1D-4

Miniature and Reconfigurable Microwave Planar
Filters
Jiasheng Hong, Heriot-Watt Univ., U.K.
Design of Compact Microstrip Bandpass Filters with
Wide Stopband
Ching-Wen Tang, National Chung Cheng Univ.,
TAIWANA Parameter-Extraction Method for Transversal Resonator Array Bandpass Filters and Its Applications toMulti-Mode Filter Designs
Masataka Ohira, Saitama Univ., JAPANTransmitting/Receiving Superconducting Filters for
Wireless Applications
Hiroyuki Kayano, Toshiba Corp., JAPAN33

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11:12:03

WORK SHOPS
Tuesday, November 4

14:30-15:30

Room D (Shirakashi 2) 3rd Floor

WS2D
B io med ical Ef f ects an d Ap p l icatio n s: f ro m Micro w av es
to Mil l imeterw av es
Organizers: Olga Boric-Lubecke, Univ. of Hawaii at Manoa,
U.S.A.
Victor Lubecke, Univ. of Hawaii at Manoa, U.S.A.
This workshop will explore recent findings and advances inunderstanding the effects of electromagnetic waves on humantissue, and the use of microwave technology in medical imaging
and diagnostics. The topics will includE RF Aspects of MRI,
microwave and millimeter wave diagnostics, wireless vital signs
monitoring and localization, and implantable wireless devices.
WS2D-1
WS2D-2
WS2D-3
WS2D-4

RF Aspects of MRI
Robert Caverly, Villanova Univ., U.S.A.
RF/Microwave Indoor Human-Aware Localization
Changzhi Li, Texas Tech, U.S.A.
Microwave and Millimeter-Wave Diagnostics
Yoshio Nikawa, Kokushikan Univ., JAPANA Wearable Radar Badge for Vital Sign Detection,
Wireless Positioning and Wireless Data Transmission
Shengfuh Chang, National Chung Cheng Univ.,
TAIWANSHORT COURSES
Tuesday, November 4

10:30 - 13:30

Tuesday, November 4

14:30 - 15:30

Room E (Meeting Room 1) 1st Floor

Room E (Meeting Room 1) 1st Floor

SC1E

SC2E

Fu n d amen tal s o f MMIC Desig nTheory and Practice in Microwave High Power Amplifiers

Organizer: Kenjiro Nishikawa, Kagoshima Univ., JAPAN
Lecturer: Tsuneo Tokumitsu, Sumitomo Electric Device Innovations
Inc., JAPAN

Organizer: Koji Yamanaka, Mitsubishi Electric Corp., JAPAN
Lecturer: Ryo Ishikawa, Univ. of Electro-Communications,JAPAN

A half-day overview of (monolithic) microwave circuit designs
is presented providing with enough number of examples.
Learning the basics and summarize them in each engineer’ s mind
is extremely valuable for his/her future work. The contents are
picked up from indeed what I gained through my career. The
circuits to be presented are transmission lines, amplifiers,
oscillators, mixers, and control circuits, basing on S parameter,
Fourier series, and orthogonal mode analysis. When showing
examples, my recent and current developmental results areincluded. Finally, this short course is concluded withencouragement for young engineers.

The short course provides basic theory and fundamental design
techniques of microwave high power amplifiers. The content islinked to the APMC Student Design Competition (SDC) held
during APMC 2014 for the first time in the history of APMC. The
SDC is a chance to try practical implementation of high power
amplifiers designed from predetermined specifications, while theshort course supports the theoretical and technical aspects of
microwave high power amplifier designs. The attendees can enjoy
microwave technologies, through both the learning at the shortcourse and the challenging at the SDC.

34

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SHORT COURSES
Tuesday, November 4

RUMP SESSIONS

14:30 - 15:30

Friday, November 7

18:30-20:30

Room F (Meeting Room 2) 1st Floor

Conference room, Sendai Akiu Spa Hotel Iwanumaya

SC2F

FR4R

Theo ry an d Practice in Micro w av e Fil ter Desig n s

Recen t Pro g ress in Wirel ess Po w er Tran sf er Sy stems

Organizers: Masataka Ohira, Saitama Univ., JAPAN
Hiroyuki Kayano, Toshiba Corp., JAPAN
Lecturer: Zhewang Ma, Saitama Univ., JAPAN

Chair: Shoichi Narahashi, NTT DOCOMO, INC., JAPAN
Wireless power transmission or transfer technologies havebeen one of the widely-recognized research fields in radio scienceand technology for the past few years. The technologies retain
the potential to affect a great many aspects of our everyday lives
because they enable us to charge batteries without power cableconnection. As represented by wireless charging systems forelectric vehicles, there have been significant research anddevelopment activities on wireless power transfer systems withthe objective of the industrial application of these technologies.
This session provides a forum with a relaxed atmosphere to
discuss further prospects and challenges of wireless powertransfer systems. The session offers three invited speakers inthese technological fields.

In this short course, the basic design theory and fundamental
design techniques of microwave filters are described based on themost commonly used equivalent circuits of microwave filters andvarious types of design examples. Some important aspects in thedesign of microwave filters are also interpreted, including
physical considerations of electromagnetic behaviors happened in
the filter structures and appropriate use of circuit andelectromagnetic simulators for the effective design of filters.
The contents of this short course are linked to the APMC
Student Design Competition (SDC) held during APMC 2014 forthe first time in the history of APMC. The SDC is a good chance
to try practical implementation of bandpass filters designed frompredetermined specifications, while the short course provides thetheoretical and technical basics of microwave filter designs. The
attendees can enjoy microwave technologies, through both thelearning at the short course and the challenging at the SDC.

FR4R-1

FR4R-2
FR4R-3

A Lucid Design Criterion for Wireless Power
Transfer Systems to Enhance Their Maximum
Available Efficiency
T. Ohira, Toyohashi Univ. of Tech., JAPAN
Mobile Power Transfer System Using TransmissionLine Coupling
T. Ishizaki, Ryukoku Univ., JAPAN
Wireless Power Transmission for Mobile
Applications
T. Higashino, M. Okada, Nara Inst. of Science andTech., JAPANSTUDENT DESIGN COMPETITIONSAward ceremony will be included in the Award Banq uet on
the same day in the evening.
Those who wish to join the competition should send theapplication form to < apmc2014sdc@apmc2014.org> .
The application form can be found in < http://www.apmc2014.
org/competition.html> .
Deadline for the application is October 14, 2014. But lateapplications may be accepted only if measurement time slots areavailable.
APMC Student Design Competitions are supported by
Rohde&Schwartz, Anritsu, Keysight Technologies and Sumitomo
Electric Device Innovations with their measurement instruments
and GaN transistors.

APMC Student Design Competitions will be held during APMC
2014 for the first time in the history of APMC.
All students in microwave engineering are solicited tochallenge the following competitions.
Track A : High efficiency GaN amplifier design
Track B : Printed circuit board bandpass filter design
The winners will be decided with the measurement results.
Please visit http://www.apmc2014.org/competition.html for
detailed information.
The competitions will be held on November 6, 2014 at Room
G (Sakura).
The winners will win the honor of the first Asia-Pacificchampion together with prizes.

EX HIB ITION
technologies at this exhibition. Also, some exhibition booths will
be provided for university student authors of accepted papers topresent their latest research outcomes.

The APMC 2014 exhibition will be organized at the conference
venue on November 4-7. Some companies including the sponsorsof APMC 2014 will exhibit the latest microwave products and35

32_35WORKSHOPS_9_24.indd

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2014/09/25

11:12:03

APMC 2014 COMMITTEE OFFICERSORGANIZING COMMITTEEINTERNATIONAL STEERING COMMITTEE

Tsukasa Yoneyama

Atsushi Sanada

Chair:

Vice Chairs:

Kenjiro Nishikawa
Atsushi Sanada
Noriharu SuematsuMembers:

Hiroyuki Arai
Kiyomichi Araki
Makoto Ando
Shinya Fushimi
Yasuhiko Hara
Osamu Hashimoto
Yasuo Hirata
Kazuhiko Honjo
Yohei Ishikawa
Katsumi Iwatsuki
Takeshi Kamijo
Taizo Kinoshita
Minoru Kubo
Takao Kuki
Hiroshi Kumagai
Toru Kuroda
Futoshi Kuroki
Masahiro Morikura
Atsushi Murase
Koji Mizuno
Masahiro Muraguchi
Yoshinobu Nakagome
Shigeru Nakajima
Yoshio Nikawa
Toshio Nojima
Takashi Ohira
Isao Ohta
Seizo Onoe
Iwata Sakagami
Yasushi Sakanaka
Kunio Sawaya
Toshimasa Sekino
Tsugumichi Shibata
Masao Shimizu
Eiji Suematsu
Shuichi Tahara
Tadashi Takagi
Fumihiko Tomita
Saku Tsuneta
Makoto Tsutsumi
Masaharu Uchino
Masaaki Umeshima
Ryoich Yaginuma
Ei YanoSecretaries:
Hiroshi Okazaki
Hirokazu Sawada

Chair:

Emeritus Professor of Tohoku University and Tohoku
Institute of Technology

Vice Chairs:
Kenji ItohHiroshi Okazaki

Kagoshima University
Yamaguchi University
Tohoku University

Kanazawa Institute of Technology
NTT DOCOMO, INC.

STEERING COMMITTEE
Chair:

Yokohama National University
Tokyo Institute of Technology
Tokyo Institute of Technology
Mitsubishi Electric Corp.
Japan Radio Co., Ltd.
Aoyama Gakuin University
ATR
The University of Electro-Communications
Kyoto University
Tohoku University
Oki Electric Industry Co., Ltd.
Hitachi, Ltd.
Panasonic Corp.
NHK Engineering System, Inc.
NICT
NHK
Kure National College of Technology
Kyoto University
NTT Corp.
Tohoku University
Tokyo University of Science
Renesas System Design Co., Ltd.
Sumitomo Electric Device Innovations, Inc.
Kokushikan University
Hokkaido University
Toyohashi Institute of Technology
University of Hyogo
NTT DOCOMO, INC.
University of Toyama
Tohoku University
Tohoku University
Rohde & Schwarz JapanNTT Corp.
Advantest Laboratories Ltd.
Sharp Corp.
NEC Corp.
Tohoku University
NICT
JAXA
Fukui Institute of Technology
Anritsu Corp.
Keysight Technologies
Toshiba Corp.
Fujitsu Laboratories Ltd.

Noriharu Suematsu

Vice Chairs:
Shigeo Kawasaki
Yoshinori Kogami

Members:

Qiang Chen
Chun-Ping Chen
Toshio Ishizaki
Yoji Isota
Suguru Kameda
Kunihiro Kawai
Tadashi Kawai
Kenji Kawakami
Hiroyuki Kayano
Mohammad Madihian
Kenichi Maruhashi
Tomohiko Mitani
Kazutomi Mori
Masashi Nakatsugawa
Shoichi Narahashi
Masataka OhiraHiroshi Okazaki
Kensuke Okubo
Naoko Ono
Hirokazu Sawada
Kouji Shibata
Takashi Shimizu
Tetsuya Suemitsu
Ryohei Suga
Yasunori Suzuki
Akinori Taira
Osamu Tsujii
Tetsuya Ueda
Akiko Yamada
Koji Yamanaka

Tohoku University

JAXA
Utsunomiya University

Tohoku University
Kanagawa University
Ryukoku University
Akita Prefectural University
Tohoku University
NTT DOCOMO, INC.
University of Hyogo
Mitsubishi Electric Corp.
Toshiba Corp.
Drexel University
NEC Corp.
Kyoto University
Mitsubishi Electric Corp.
NTT Corp.
NTT DOCOMO, INC.
Saitama University
NTT DOCOMO, INC.
Okayama Prefectural University
Toshiba Corp.
NICT
Hachinohe Institute of Technology
Utsunomiya Univeresity
Tohoku University
Aoyama Gakuin University
NTT DOCOMO, INC.
Tohoku University
Keysight Technologies Japan G.K.
Kyoto Institute of Technology
Toshiba Corp.
Mitsubishi Electric Corp.

TECHNICAL PROGRAM COMMITTEE
Chair:

Kenjiro Nishikawa

Vice Chairs:

Minoru Fujishima
Yoshihiko Konishi
Yo Yamaguchi

NTT DOCOMO, INC.
NICT

ADVISORS

Members:

Qammer-H Abbasi
Akram Alomainy
Olga Boric-Lubecke
Yifan Chen

Masayoshi Aikawa
Masami Akaike
Ikuo Awai
Yasutake Hirachi
Shigekazu Hori
Jui-Pang Hsu
Osami Ishida
Masanobu Itoh
Susumu Kitazume
Yoshio Kobayashi
Nobuaki Kumagai
Moriji Kuwabara
Iwao Matsumoto
Kazuhiro Miyauchi
Shizuo Mizushina
Norihiko Morinaga
Makoto Nagao
Bunichi Oguchi
Shigebumi Saito
Yoichiro Takayama
Keiji Tachikawa

Hiroaki Deguchi
Apostolos Georgiadis
Tamio Kawaguchi
Tadashi Kawai
Shigeo Kawasaki
Munenari Kawashima
Hiroyuki Kayano
Toshihide Kikkawa
Victor Lubecke
Mohammad Madihian
Mayumi Matsunaga
Mizuki Motoyoshi
Shoichi Narahashi
Takashi Ohira
Atsushi Sanada
Takayuki Sasamori
Kunio Sawaya
Tomohiro Seki
Naoki Shinohara
Jun-ichi Takada

AUDITORS
Toshihiro NomotoMoriyasu Miyazaki

Yamaguchi University

Tohoku Institute of Technology
Mitsubishi Electric Corp.

Kagoshima University

Hiroshima University
Hiroshima Institute of Technology
NTT Corp.

Texas A&M University of Qatar
Queen Mary University of London
University of Hawaii at Manoa
South University of Science and Technology of
China
SDI
Centre Tecnològic de Telecomunicacions deCatalunya (CTTC)
Toshiba Corp.
University of Hyogo
JAXA
NTT Corp.
Toshiba Corp.
Transphorm Japan
University of Hawaii at Manoa
Drexel University
Ehime University
Tohoku University
NTT DOCOMO, INC.
Toyohashi Institute of Technology
Yamaguchi University
Akita Prefectural University
Tohoku University
NTT Corp.
Kyoto University
Tokyo Institute of Technology

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APMC 2014 COMMITTEE OFFICERS
Hiromitsu Wakana
Kazuya Yamamoto
Koji Yamanaka

PRIZE AWARD COMMITTEE

NICTMitsubishi Electric Corp.
Mitsubishi Electric Corp.

Chair:

Kiyomichi Araki

Tokyo Institute of Technology

APMC 2014 REVIEWERS
Qammer-H Abbasi *Abdolali Abdipour
Trio Adiono
Seungyoung Ahn
Tokihiko Akita
Prayoot Akkaraekthalin
Akram Alomainy *Arokiaswami Alphones
Yoshiaki Amano
Michitaka Ameya
Yoshiaki Ando
Tuptim Angkaew
Takahiro Aoyagi
Takuji Arima *Andreea Balteanu
BasariGeorg Boeck
Olga Boric-Lubecke *Cesar Briso-Rodriguez
Peng Cai
Kosin ChamnongthaiAndy Chen
Chun-Ping Chen *Fu-Chiarng Chen
Morgan Chen
Qiang Chen
Yifan Chen *Kwok-Keung M. Cheng
Pei-Ling Chi
Hsien-Ching Chiu
Woo-Young Choi
Wataru Chujo
Alessandra Costanzo
Hiroyuki Deguchi
Satoshi Denno
Yong-Xing Du
Kimberley W. Eccleston
Akira Enokihara
Kazuhiro Fujimori
Mitoshi Fujimoto *Yoshiyuki Fujino
Kiyotaka Fujisaki
Minoru Fujishima *Toru Fukazawa *Takeshi Fukusako
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Haris Gacanin
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Karman Ghorban
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Nobuo Goto
Changzhan Gu
Xuehui Guan
Haewook Han
Liang Han
Katsuyuki Haneda
Katsushige Harima
Masaki Haruoka
Koh Hashimoto
Shogo Hayashida

Yiwei He
George Henry
Makoto Higaki
Takeshi Higashino
Junji Higashiyama
Takashi Hikage *Ken Hiraga
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Jiro Hirokawa
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Ahi Hou
Sanming Hu
Zhiru Hu
Naohiko Iai
Koichi Ichige
Shinichi Ichitsubo
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Takehiro Imura
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Kazuhiro Inoue
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Kengo Iokibe
Hitoshi Ishida
Shinobu Ishigami *Nozomu Ishii *Toshio Ishizaki *Kenji Itoh *Nobuyuki Itoh
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Yasushi Itoh
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Hisao Iwasaki
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Reynold Kagiwada *Sungtek Kahng *Takana Kaho
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Ko Kanaya
Jin-Seob Kang
Ming-Yih Kao
Nemai Karmakar
Kanshiro Kashiki *Takuo Kashiwa *Kosuke Katayama
Tamio Kawaguchi *Kunihiro Kawai
Tadashi Kawai

Yuki Kawakami
Ken Kawamata
Shigeo Kawasaki *Yoshiki Kayano
Takao Kihara
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J.H. Kim
Minseok Kim
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Naoki Kita
Koushirou Kitao
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Kazuhiro Komiya
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Keisuke Konno
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Yoshio Koyanagi
Monai Krairiksh
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Tokuro Kubo
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Karsten Kuhlman
Naoya Kukutsu
Jen-Tsai Kuo
Akio Kuramoto
Satoru Kurokawa
Futoshi Kuroki
Masayuki Kurosaki
Masaaki Kuzuhara
Hai-Young Lee
Jae-Seung Lee
Juseop Lee
Timothy Lee
Changzhi Li
Maokun Li
Wei-Yu Li
Christina Lim
HoYu Lin
Jenshan Lin
Joseph Liu
Guo-Wei Lu
Hai-Han Lu
Victor Lubecke *Xun LuoZhewang Ma *Ziji Ma
Mohammad Madihian *Daiki Maehara
Yasuyuki Maekawa *Toshiyuki Maeyama
Raghu Mallavarpu
Takeshi Manabe
Takashi Maruyama
Toru Masuda
Akinori Matsui
Mayumi Matsunaga *Hiromi Matsuno
Tsuyoshi Matsuoka
Shin-ichiro Matsuzawa

Janina Mazierska
Naobumi Michishita
Tetsuyuki Michiyama
Nobuhiko Miki
Kyeong-Sik Min
Hiroaki Minamide
Tomohiko Mitani
Amane Miura
Masaya Miyahara
Ryan Miyamoto
Abbas Mohammadi
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Osamu Muta
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Narihiro Nakamoto
Masayuki Nakano *Yasuhiro Nakasha *Sangwook Nam
Shinobu Nanba
Shoichi Narahashi *Yoshio Nikawa
Masahiro Nishi
Kenjiro Nishikawa *Kentaro Nishimori *Kengo Nishimoto
Toshihiko Nishimura
Yasuhiro Nishioka
Eisuke Nishiyama
Kazushi Nishizawa
Keisuke Noguchi *Tsuyoshi Nomura
Hideyuki Nosaka *Koichi Ogawa
Masaru Ogawa *Kenichi Ohhata
Masataka Ohira *Takafumi Ohishi
Shinichiro Ohnuki *Masataka Ohtsuka
Minoru Okada *Yoshinobu Okano
Kensuke Okubo *Manabu Omiya
Hideki Omote
Teruo Onishi
Noriaki Onodera
Ichiro Oshima
Shinpei Oshima
Takeshi Oshima
Taiichi Otsuji
Shilong Pan
Pornanong Pongpaibool
Ruediger Quay
Nick Ridler
Jae-Sung Rieh
Eric Rius
Thomas Roedle
Luca Roselli

Kazuyuki Saito *Iwata Sakagami *Kei Sakaguchi *Atsushi Sanada *Kensuke Sasaki
Motoharu Sasaki
Takayuki Sasamori
Hiroshi Sato
Hiroyasu Sato
Masaru Sato *Kei Satoh
Kunio Sawaya *Michael Schlechtweg
Tomohiro Seki
Norhudah Seman
Chulhun Seo
Yuanfeng She
Yueyan Shen
Zhongxiang Shen
Jun Shibayama
Tetsu Shijo
Hitoshi Shimasaki *Takashi Shimizu
Satoshi Shimokawa
Yasuhiro Shindo
Shintaro Shinjo
Keisuke Shinohara
Naoki Shinohara *Ho-Jin Song
Hideyuki Sotobayashi
Noriharu Suematsu *Takatoshi Sugiyama
Makoto Sumi
Leopold Summerer
Sheng Sun
Hajime Suzuki
Toshihide Suzuki
Yasunori Suzuki
Yoshiaki Suzuki
Yukihiro Tahara *Akinori Taira
Jun-ichi Takada
Kazutaka Takagi
Satoshi Takahashi
Kyoya Takano
Shigeki Takeda
Nobuyasu Takemura
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Masaya Tamura
Yasuhiko Tanabe
Masahiro Tanaka
Takayuki Tanaka
Masahiko Tani
Masahiro Tanomura
Makoto Taromaru *Teruo Tobana *Hiroyuki Toda *Takeshi Toda
Hiroyoshi Togo
Tsuneo Tokumitsu
Eric Chihming Tsai
Satoshi Tsukamoto

Yukako Tsutsumi
Daisuke Uchida
Hiromitsu Uchida *Tetsuya Ueda *Toru Uno
Christopher Valenta
David Via
Frank van Vliet
Koji Wada
Osami Wada
Hiromitsu Wakana *Kanako Wake
KC Wang
Koki Watanabe
Julian Webber
Sai Wai Wong
Denchai Worasawate
Ifong Wu
Ke Wu
Ke-Li Wu
Liang Wu
Joachim Wuerfl
Fengchao Xiao
Liu Xinmeng
Toshiyuki Yakabe *Hiroyoshi Yamada
Wataru Yamada *Ryo Yamaguchi *Satoshi Yamaguchi
Yo Yamaguchi *Atsushi Yamamoto
Kazuya Yamamoto *Manabu Yamamoto *Koji Yamanaka *Shingo Yamanouchi *Atsushi Yamaoka
Shinji Yamaura
Takashi Yanagi
Fan Yang
Kenichiro Yashiro
Wen-Yan Yin
Mitsuhiro Yokota
Hiromichi Yoshikawa
Toshihiko Yoshimasu *Hitoshi Yoshino
Paul Yu
Qiaowei Yuan *Hidenori Yukawa
Sang-Won Yun
Saeed Zeinolabedinzadeh
Bing Zhang
Herbert Zirath(* Subcommittee Chair)

APMC 2014 Secretariat
c/o Real Communications Corp.
3F Shimmatsudo S Bldg., 1-409 Shimmatsudo,
Matsudo 270-0034, Japan E-mail: 2014secrt@apmc2014.org

http://www.apmc2014.org/
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