PROGRAM AT A GLANCE
12/6(MON) Registration (16:00 – 19:00) “2F, Conference Center”
12/7(TUE)

9:00

12:00

Room A (301)

Room B (302)

Room C (303)

Room D (304)

SC1A

SC1B

WS1C

WS1D

Modeling and Design
Techniques forHigh Power Amplifiers
and Their PerformanceElectromagnetic Metamaterials
and their
Microwave Applications

Progress and Prospectsof RF-MEMS

Channel Modelingand Simulator for
Mobile Communications

Room E (311+312)

Room F (313+314)

Room G (315)

Room G (315)

LUNCH TIME

13:30

WS2A

WS2B

WS2C

WS2D

Recent Trends andProspects of Wide Bandgap
Semiconductor Devices

Recent Progress inFilters and Couplers

Tunable RF-Components andtheir Applications to
Wireless Systems

Short-Range WirelessCommunications andTechnologies

16:30
Welcome Reception (17:30 – 19:30) “Inter Continental The Grand Yokohama”

12/8(WED)
8:50

Registration ( 8:00 – 17:30) “2F, Conference Center”

Room A (301)

Room B (302)

Room C (303)

Room D (304)

Room E (311+312)

Room F (313+314)

WE1A

WE1B

WE1C

WE1D

WE1E

WE1F

Low Distortion
Power Amplifier Technology

Wide Band Planar Filters

Microwave Applications

CAD and NumericalTechniques

Low Profile andSmall Antennas

Design and Implementation
Techniques for
Microwave Filters 1

10:30
10:50

COFFEE BREAK

WE2G (Room H (501+502))

Opening Ceremony
Keynote Address

12:30
LUNCH TIME

14:00

WE3A

WE3B

WE3C

WE3D

WE3E

WE3F

High Power GaN HEMTApplications

Tunable and Metamaterial
Filters and Resonators 1

Teraheltz and Microwave
Applications

Progress in Antenna
Applications

System Consideration

Mobile Antennas 1

15:40
COFFEE BREAK
16:00

WE4A

WE4B

WE4C

WE4D

WE4E

WE4F

EuMA Special Session

Design and Implementation
Techniques for Microwave
Filters 2

Microwave Medical andBiological Applications

Planar Antennas

Microwave Photonics

CMOS Low Noise Amplifier

18:00

Microwave Exhibition (10:00 –17:30) “Exhibition Hall A+B”

12/9(THU)
8:50

Registration ( 8:00 – 17:30) “2F, Conference Center”

Room A (301)

Room B (302)

Room C (303)

Room D (304)

Room E (311+312)

Room F (313+314)

Room G (315)

TH1A

TH1B

TH1C

TH1D

TH1E

TH1F

Theory and Implementationof Oscillators

Transmission Lines
and Waveguide 1

UWB Antennas 1

Reconfigurable Antennas,
Active Antennas

High Efficiency
Power Amplifiers

Tunable and Metamaterial
Filters and Resonators 2

10:00 –11:30
TH1G
Open Forum(Poster)

10:30
10:50

15:00 –16:30
WE3G
Open Forum(Poster)

COFFEE BREAK

TH2A

TH2B

TH2C

TH2D

TH2E

TH2F

Frequency Conversion
Techniques

Power Dividers

UWB Antennas 2

MIMO Antennas

Si-based Milliimeter-wave ICs

Miniaturized and Multi-Band
Directional Couplers

12:30
LUNCH TIME

14:00

TH3A

TH3B

TH3C

TH3D

TH3E

TH3F

Wireless Transciever andReceier IC Design Techniques

Highly-Integrated Planar
Filter/Resonator

Electromagnetic Wave
Theory 1

Metamaterial Antennas

Emerging Technologies on
Active Circuits

Packaging Techniques andFunctional Devices

15:40
COFFEE BREAK
16:00

TH4A

TH4B

TH4C

TH4D

TH4E

TH4F

Broadband and Millimeter-wave
Circuit Designs

APMC Special Session

Electromagnetic Wave
Theory 2

Antennas for Wireless Systems

Advanced Technologies
on Devices, Amplifiers,and Oscillators

CMOS Frequency Converters

18:00

15:00 –16:30
TH3G
Open Forum(Poster)Award Banquet (18:30 – 20:40) “Pan Pacific Yokohama Bay Hotel Tokyu”
Registration ( 8:00 – 17:30) “2F, Conference Center”

Microwave Exhibition (10:00 – 17:30) “Exhibition Hall A+B”

12/10(FRI)
8:50

Room A (301)

Room B (302)

Room C (303)

Room D (304)

Room E (311+312)

Room F (313+314)

Room G (315)

FR1A

FR1B

FR1C

FR1D

FR1E

FR1F

High Frequency
Low Noise Amplifier

Artificial Materials andApplications

Propagation and Interference

Advances in Reflector andSlot Antennas

MIMO Systems

Transmission Lines andWaveguide 2

10:00 –11:30
FR1G
Open Forum(Poster)

10:30
10:50

COFFEE BREAK

FR2A

FR2B

FR2C

FR2D

FR2E

FR2F

CMOS Power Amplifiers

Advances in Coupler /Balun Technologies

Radar and Imaging Systems

Millimeter Wave Antennas,
Antenna System

Sensing and Measurements 2

Innovative Non-Planar
Filter Techniques

12:30
LUNCH TIME

14:00

FR3A

FR3B

FR3C

FR3D

FR3E

FR3F

Microwave Control Circuits

Multi Band Filters

Microweave andMilimeter-Wave
Measurement Techniques

Mobile Antennas 2

Sensing and Measurements 1

MEMS and Tunable Devices

15:40
COFFEE BREAK
16:00

FR4A

FR4B

FR4C

FR4D

FR4E

FR4F

Silicon Millimeter-Wave
Circuits and Devices

Multi Mode Filters

VNA Measurements and
ITS Applications

Wideband Antennas

Propagation

Design and Implementation
Techniques for
Microwave Filters 3

18:00
Microwave Exhibition (10:00 – 17:00) “Exhibition Hall A+B”

Registration ( 8:00 –16:00) “2F, Conference Center”

i

15:00 –16:30
FR3G
Open Forum(Poster)

FLOOR PLAN
Conference Center

Room G(315)

Open Forum
Room F

314
313

Entrance Hall

312

Registration Desk

Entrance

Room E

311

3F

WC
WC

EV

Foyer

Room B (302)

Room D (304)

Room A (301)

Room C (303)

WC

2F

EV

Foyer

Tea Room

Room 211+212
WC

EV

Map ofPacifico
Yokohama

National
Big Hall

Microwave
Exhibition 2010
Hall A+B

317

Sea Bus Station

Rinko Park

Exhibition Hall

316

EV

Inter Continental
The Grand Yokohama

(502)

Plaza

Room H

Conference
APMC 2010 Center

Foyer

5F

(501)

Routes to the Conference Site
(on foot)
Pan Pacific
Yokohama Bay Hotel Tokyu

WC

EV

Minato Mirai Sta.
to Yokohama

Minato-Mirai-Line

Queen’s Square Yokohama

Pacifico YokohamaInter Continental
The Grand Yokohama

Exhibition Hall

Plaza

ii

Conference Center

318

TABLE OF CONTENTSPROGRAM AT A GLANCE.................................................................................................. i
FLOOR PLAN ...................................................................................................................... ii
GREETINGS FROM THE STEERING COMMITTEE CHAIR ......................................... 1
MESSAGE FROM THE TECHNICAL PROGRAM COMMITTEE CHAIR ..................... 1
GENERAL INFORMATION................................................................................................ 2
CONFERENCE SITE ....................................................................................... 2
YOKOHAMA ................................................................................................... 2
REGISTRATION .............................................................................................. 2
HOTEL ACCOMMODATIONS ....................................................................... 3
OFFICIAL TRAVEL AGENT .......................................................................... 3
YOUTH HOSTEL INFORMATION ................................................................ 4
TRANSPORTATION ........................................................................................ 4
VISA REQUIREMENT FOR FOREIGN ATTENDEES ................................. 5
OTHER INFORMATION ................................................................................. 5
SOCIAL PROGRAM........................................................................................ 6
MEETINGS INFORMATION .......................................................................... 6
APMC 2010 PRIZE .............................................................................................................. 7
CONFERENCE SESSIONS ................................................................................................. 7
TECHNICAL SESSIONS..................................................................................................... 8
OPEN FORUM (POSTER) SESSIONS ............................................................................. 20
WORKSHOPS .................................................................................................................... 28
SHORT COURSES ............................................................................................................. 30
EXHIBITION...................................................................................................................... 31
APMC 2010 COMMITTEE OFFICERS ............................................................................ 34iii

GREETINGS FROM THE STEERING COMMITTEE CHAIR
It is my great honor to welcome you to participate in the2010 Asia-Pacific Microwave Conference (APMC 2010),
which is well recognized as the most prestigious microwave
conference in the Asia Pacific region, to be held during
December 7–10, 2010 at Pacifico Yokohama in Yokohama,Japan.
APMC 2010 is the 22nd APMC, which started in 1986 inIndia, and the 6th to be held here in Japan. During that time,
Microwaves and related technologies made remarkableprogress supported by social demands through the world.
We organize the conference under the theme of “Novel technology waves from historical port” at Yokohama, the famous
historical port opened to the world from the mid 19th century.
Waves are always ultimate ubiquitous tool for informationand energy transmission, as well as a variety of sensing.
Organized and sponsored by the Institute of Electronics,
Information and Communication Engineers, APMC 2010 isdevoted to the research, development, and application of RF
and microwave theory and techniques, and aims to continue
and accelerate the momentum of researching in microwave
areas and bring together researchers and engineers from theAsia-Pacific region as well as other parts of the world todiscuss and exchange experiences. Six workshops and two
short courses offer very exciting topics in the microwave
technologies definitely. It is also cooperatively sponsored byIEEE MTT-S, EuMA, IEEE AP-S, URSI, IEEE MTT-S

Japan/Kansai/Nagoya Chapters and supported by the
Ministry of Internal Affairs and Communications of Japanese
Government.
At the Exhibition Hall adjacent to the ConferenceCenter, “Microwave Exhibition 2010,” which is the largest
trade show dedicated to RF and microwaves in Asia, will beheld from December 8–10, 2010. More than 350 microwaverelated companies from all over the world will exhibit thelatest products. To add to all of this, an exhibition by theJapanese microwave history and another exhibition by theuniversities and colleges from Japan and other countries will
be held in the same hall.
I would like to express my sincere thanks to the authors
for submitting their papers and presenting their results, to thesponsors, invited speakers and all the steering committee
members, without whose supports this conference might
not be possible.
Finally I wish you will join
APMC 2010 and enjoy the novel technology waves emerging in theMicrowave oceans.
Kiyomichi Araki
APMC 2010 Steering Committee Chair

MESSAGE FROM THE TECHNICAL PROGRAM COMMITTEE CHAIR
On behalf of the APMC 2010 Technical Program
Committee (TPC), it is an honor to welcome you to the
APMC 2010 in Yokohama.
The TPC has organized a highly technical and exciting
program covering a wide variety of microwave technologies
and related fields.
We have received an impressive number (810) of papers
from 39 countries, i.e., Taiwan (156), Japan (144), andRepublic of Korea (93) among others. This is the highest
number of submissions ever in APMC’s history in Japan.
Due to the highly professional quality of these papers, it wasan extremely difficult task to evaluate them all and then cut
them down to a controllable number. A total of 263 reviewers
around the world participated in the paper review andselection processes. We finally selected 604 papers (328for oral presentations, 276 for open forums), which is the
maximum allowable number in this location for this period.
The technical programs will start with workshops andshort courses at 9:00 a.m., on Tuesday, December 7, whichwere selected from the most exciting topics in our fields.
This year there are 6 workshops and 2 short courses. APMC
regular sessions will commence at 8:50 a.m., on Wednesday,
December 8, with 6 sessions proceeding simultaneously.
A total of 66 oral presentation sessions and 5 open forum

sessions are scheduled for paper presentations.
The plenary session is scheduled for 10:50 a.m., on
Wednesday, December 8, where Prof. Kazuhiko Honjo fromthe University of Electro-Communications will present his
Keynote Address entitled, “A Technology Perspective on
Active Microwave Circuits.” Dr. Shinichi Nomoto of KDDI
R&D Laboratories, Inc. will make a presentation entitled,“Further Evolution of Wireless Technology toward World ofAmbient Intelligence” as well. This year we have also
invited 18 outstanding speakers who are very active in theirindividual fields.
We are proud to present this program for APMC 2010,
which could not have been achieved without the valuable
contributions of many enthusiastic TPC members andreviewers. I would like to express my sincerest appreciation tothem for developing the conferencewith an outstanding technical program.
We are looking forward to seeing
you in Yokohama, and wish you an
enjoyable and productive stay.
Masahiro Muraguchi
APMC 2010 Technical Program
Committee Chair
1

GENERAL INFORMATIONCONFERENCE SITEREGISTRATIONThe APMC 2010 will be held from December 7 to 10,
2010, at the Conference Center in Pacifico Yokohama.
Pacifico Yokohama is one of the largest convention centers in
the world, consisting of the Conference Center, theExhibition Hall, a hotel and a big national hall, and is locatedin the Minato Mirai 21 (MM21) area of Yokohama (see themap on the back of this booklet). Its beautiful shell–
and–sail–shaped appearance is impressive when viewed
from sea and from land as well.
The conference will be held in the Conference Center:
Entrance Hall on the 2nd floor for Registration; Meeting
Rooms on the 3rd floor for Technical Sessions, Workshops
and Short Courses; and Meeting Rooms on the 5th floor for
the Opening Ceremony and the Keynote Addresses.

Pre-Registration and On-Site Registration
Those who intend to participate in APMC 2010, including
the speakers of contributed papers, session chairs, committee
members, etc., are requested to register for the “Conference”(from December 8 to 10, 2010) and/or the “Workshops andShort Courses” (on December 7, 2010).
Pre-Registration is available on the APMC 2010 website
from August 10 to November 22, 2010.
For those who cannot register beforehand, On-Site
Registration is available at the Registration Desk at theConference Site from December 6 to 10, 2010.
Registration Fees
The registration fees are separated for the “Conference”
and “Workshops and Short Courses,” but you can takeadvantage of a better deal by selecting “SUPERPASS,”
which covers both the “Conference” and “Workshops andShort Courses.”Those who registered for the “Conference” will get
admission to the Welcome Reception, the Opening
Ceremony and Keynote Addresses, and the TechnicalSessions (from December 8 to 10, 2010).
Those who registered for the “Workshops and Short
Courses” will get admission to the Workshops and Short
Courses on December 7, 2010.
There are also privileges of membership of the APMC
2010 sponsoring organizations; “IEICE,” “IEEE MTT-S,”“IEEE AP-S,” “EuMA,” or “URSI.” Please visit the sponsoring organizations’ websites for membership application,
only if you like.

YOKOHAMA
Opened in 1859, Yokohama is celebrating its 150-year
tradition of being the largest trading port of Japan. It is conveniently located 30 kilometers south of downtown Tokyo.
The conference venue is in the Minato Mirai district, acollection of hotels, shopping malls, and restaurants. You
may find pop Japanese culture in Akihabara, a town famousfor electronics and animations, and historical Japanese flavor
in Asakusa in downtown Tokyo. In Kamakura and Nikko,
which are just day-time trips from Yokohama, you will be
impressed by Japanese historical shrines, traditional temples
and beautiful natural scenery. Japanese scenic spots are very
comfortable since they were laid out for walking at leisure.

Category (Appropriate Period)
regular (member)SUPERPASS(Conference &(non-member)Workshops
student/retiree (member)andShort Courses)(non-member)

Conference

Early bird

Advanced(Aug. 10 – Sep. 30) (Oct. 1 – Nov. 22)

On-site(Dec. 6 – Dec. 10)

47,000 JPY

52,000 JPY—

57,000 JPY

63,000 JPY—

12,000 JPY

12,000 JPY—

17,000 JPY

17,000 JPY—

regular (member)

45,000 JPY

50,000 JPY

60,000 JPY(non-member)

55,000 JPY

61,000 JPY

67,500 JPY

student/retiree (member)

10,000 JPY

10,000 JPY

15,000 JPY(non-member)

15,000 JPY

15,000 JPY

20,000 JPY

5,000 JPY

6,000 JPY

8,000 JPY

6,000 JPY

7,000 JPY

10,000 JPY

5,000 JPY

6,000 JPY

8,000 JPY

6,000 JPY

7,000 JPY

10,000 JPY

regular (member)Workshops(non-member)andShort Courses student/retiree (member)(non-member)* Please note that, from November 23 to December 5, 2010, the Pre-Registration will not be accepted.
Those who could not complete registration by November 22, 2010, should register during the conference period.

2

GENERAL INFORMATIONThe Registration Fee differs depending on;a. the application date for registration,b. whether the registrant is a student or not,c. whether the registrant is a member of any of the
APMC 2010 Sponsoring Organizations above or not.
Registrant’s Kit
Those who registered for the “Conference” (including“SUPERPASS”) will each receive a set of the Conference
Registrant’s Kit, which includes a copy of the Conference
Proceedings (CD-ROM or USB Flash Memory Stick), a
printed copy of the Abstract Book, a Conference Bag, etc.
The kit will also include a souvenir gift for those who
pre-registered early; the number of the gifts is limited andthey will be provided on a first-come-first-served basis.
Those who registered for the “Workshops and Short
Courses” (including “SUPERPASS”) will receive a copy of
the Digest (CD-ROM).
The registration fees (“SUPERPASS,” “Conference,”
and “Workshops and Short Courses”) do NOT include theAward Banquet fees.
Accompanying Persons
Those who pre-registered for the “Conference” (or“SUPERPASS”) can have an accompanying person at APMC
2010. Accompanying Persons should be the registrant’s family or
relative, such as his/her spouse (husband or wife), sibling(brother or sister), child, etc., who does not intend to attend
the conference sessions, but will participate in the conference
official events like “Welcome Reception” (free of charge) or“Award Banquet” (3,000 or 4,000 or 5,000 JPY (JapaneseYen) per person; see below) or an excursion trip provided by
the travel agent.
Please note that an accompanying person cannot attend
the conference sessions (technical sessions, workshops, shortcourses, etc.) and will not be provided with a copy of theConference Proceedings.
Those who are interested in participating in the conference sessions should register individually.
Award Banquet
Those who have registered for the “Conference” (or the“SUPERPASS”) can purchase a ticket (or two) to attend the
APMC 2010 Award Banquet, which is to be held on theevening of December 9, 2010.
The ticket price depends on the application date forregistration (see the table on the right).
It is a sit-down style dinner and there are three options
for the menu;A) a full-course French dinner,B) a special course for ovo-lacto vegetarians, which will
not contain beef, lamb, pork, poultry, fish, shellfish or
animal flesh of any kind, but might contain dairy andegg products,
C) a special course for vegans, which will contain noanimal products.

Category
Advanced
On-siteEarly bird
(Appropriate Period) (Aug. 10 – Sep. 30) (Oct. 1 – Nov. 22) (Dec. 6 – Dec. 10)
Award Banquet

3,000 JPY

4,000 JPY

5,000 JPY

* Please note that the number of the tickets is limited, and they will besold on a first-come-first-served basis. Therefore, the Award Banquet
Tickets might be sold out if you register late.

Means of Payment
For Pre-Registration, the payment should be done using
the on-line Credit Card Settlement System, which will beavailable right after you complete the Pre-Registration Form.
If you have difficulty in paying the fees by credit card,
you can select another way, “Bank Transfer,” by clicking the
button in the Pre-Registration Form.
For On-Site Registration, the payment should be done in
cash (JPY only), or by credit card. Acceptable card types will
be VISA, Master, American Express, and Diners Club.
Registration Desk
The registration and information desk is located in the
Entrance Hall (2nd Floor) of Pacifico Yokohama ConferenceCenter. It will be open during the following hours:
December 6, 2010 : 16:00 –19:00
December 7, 2010 : 8:00 –17:30
December 8, 2010 : 8:00 –17:30
December 9, 2010 : 8:00 –17:30
December 10, 2010 : 8:00 –16:00

HOTEL ACCOMMODATIONS
Rooms at nine hotels in Yokohama, which are accessible
from/to Pacifico Yokohama are available through the travel
agent below. Reservations can be made through the web site
for the hotel accommodations.

OFFICIAL TRAVEL AGENTJTB Tokyo Metropolitan Corp. Yokohama Convention
Center, official travel agent for the conference, has reserveda sufficient number of rooms at several hotels in Yokohama.
Applications and Inquiries concerning hotel accommodations should be addressed to:
APMC 2010 Travel Desk
JTB Tokyo Metropolitan Corp. Yokohama Convention
Center3 – 29 – 1 Tsuruya-cho, Kanagawa-ku, Yokohama,
221– 0835, Japan.
Phone: +81– 45 – 316 – 4602 Fax: +81– 45 – 316 – 5701
E-mail: jtb_convention@met.jtb.jp
Business hours: 9:30 – 17:30 (weekdays only)
Please contact JTB for information on sightseeing tours
as well.

3

GENERAL INFORMATION
Narita in Chiba Prefecture, about 60 km outside of Tokyo.
There are heavy traffic jams in Tokyo and Yokohama area.
Public transportation (railways and subways) networks
are convenient. Purchase your ticket in cash using themachine at the entrance. For most trains no advancereservation is needed. However, for JR Shinkansen limited
express (bullet trains), advance reservation is recommended
in order to secure a seat.
Yokohama is served by four railway companies (JREast, Tokyu Railway, Keikyu Railway and Sagami Railway),a municipal subway line and a bus network. The city has two
major railway stations: Yokohama Station and ShinYokohama Station (“New Yokohama Station”). Train lines of
all four railway companies and the subway line pass throughYokohama Station, which is located in the city center. ShinYokohama Station, on the other hand, is located outside of
the city center, about 10 minutes from Yokohama Station by

YOUTH HOSTEL INFORMATION
Those with very limited budget may want to directly
contact the below Youth Hostel, which is about a 20 minutes’
walk to the Conference site, Pacifico Yokohama.
Name: Yokohama Bayside Youth Hostel
Phone: +81– 45 – 241– 6503 Fax: +81– 45 – 241– 6501
Address: 56 Miyazakicho, Nishi-ku, Yokohama-shi,
Kanagawa 220 – 0031 Japan
E-mail: jtb_convention@met.jtb.jp
URL: http://www.hihostels.com/dba/hostels-Yokohama---Yokohama-Bayside-YH-032020.en.htm

TRANSPORTATIONThe closest airports to Yokohama are Narita Airportand Haneda Airport. Narita Airport, formerly also known as
New Tokyo International Airport, is located in the city of4

GENERAL INFORMATION
the JR Yokohama Line or the municipal subway. The
shinkansen stops at Shin-Yokohama Station.
The nearest station to Pacifico Yokohama is Minato
Mirai Station on the Minato Mirai Line, two stops from
Yokohama Station. The Minato Mirai Line is directly connected to the Tokyu Toyoko Line. It takes about 3 minutes
and costs 180 JPY from Yokohama to Minato Mirai. Pacifico
Yokohama is also conveniently accessed from Sakuragicho
Station on the JR Keihin-Tohoku Line (Negishi Line) and themunicipal subway. (See the map on the back of this booklet.)
How to get to Yokohama from Narita Airport By Japan
Railways (JR):The fastest option to get to Yokohama is the JR Narita
Express (NEX), requiring roughly 90 minutes for the one
way journey. All seats are reserved. The one way farebetween Narita Airport and Yokohama Station is about 4,200
JPY. There is about one connection per hour.
The JR Sobu Line (Rapid Service) is a slower, butcheaper JR alternative to the Narita Express. It takes roughly two hours from Narita Airport to Yokohama Station andcosts 1,890 JPY for the one way journey. There is about one
connection per hour.
By Keisei and Keikyu Railways:
Take the Keisei Limited Express from Narita Airport to
Aoto Station (60 minutes) and transfer to a Keikyu train to
Yokohama (60 minutes). A second transfer of trains may berequired at Shinagawa Station. The one way fare is 1,450
JPY. There are about three connections per hour.
By limousine bus:
Limousine buses to the Yokohama City Air Terminal(YCAT) near Yokohama Station depart Narita Airport every
20 to 30 minutes. The one way journey takes about 90 minutes and costs 3,500 JPY. In addition, there are direct limousine bus connections to several major hotels in Yokohama.
By taxi:
Since Narita Airport is located about 60 km outside ofTokyo, a taxi ride into central Tokyo is very expensive andnot recommended to common travelers.
By rental cars:
Rental cars are available at major railway stations andairports.

Please see the following webpage for the “list of countries and regions that have visa exemption arrangements withJapan.”
http://www.mofa.go.jp/j_info/visit/visa/short/novisa.html
If you are not sure whether you need a visa to enter
Japan or not, please contact the diplomatic mission (embassy
or consulate) in your country or in your living area.
http://www.mofa.go.jp/about/emb_cons/over/index.html
In case you need an entry visa to Japan, you will be
required to submit two documents, both written in Japanese:a. an invitation letter by the conference (APMC 2010)b. a detailed schedule during your stay in JapanAll the speakers, session chairs, committee members of
APMC 2010, and their acquaintances or family members
can obtain these documents from the APMC 2010 Steering
Committee under the condition that they...
a. complete the Pre-Registration with all payments done,b. have all the travel arrangements finished, such as hotel
accommodations and airline tickets.

OTHER INFORMATIONElectricity
Electricity supply is 100 Volts/50 Hz in eastern Japan
including the Yokohama area, and 100 Volts/60 Hz in western Japan.
Weather
Yokohama lies in the temperate zone and has four
distinct seasons. December is the beginning of winter, when
Yokohama is rather cold but rarely has snow. The temperature ranges between 4˚C (39˚F) and 12˚C (54˚F), averaging
8˚C (46˚F). Coats or sweaters are needed.
No Smoking Policy
Smoking is prohibited in the Conference Center except
at limited smoking corners.
Currency
Japanese yen (JPY) is the only currency that is used atstores and restaurants. You can exchange foreign currencies
for Japanese yen at foreign exchange banks and other authorized money exchangers by showing your passport. The
exchange rate fluctuates daily.
Traveller’s Checks and Credit Cards
Since traveller’s checks are not common in Japan, you
may use them only at major hotels and leading banks. Major
credit cards, such as VISA, Master Card, AMEX, and JCB,
can be used at restaurants, hotels, souvenir shops, etc.
Tipping
Tipping is not customary in Japan. For example, you do
not need to tip waiters/waitresses at restaurants.
Japanese Traffic
There are heavy traffic jams in Tokyo and Yokohama
area. Public transportation (railways and subways) networks
are convenient.

VISA REQUIREMENT FOR
FOREIGN ATTENDEESIn principle, foreigners wishing to enter Japan (with the
exception of ship and airline crews) are required to apply at
an overseas Japanese diplomatic establishment (embassy or
consulate) for a visa to be stamped in or attached to their
passport valid for travel to Japan.
Nationals of some countries and regions holding valid
passports, however, can apply for landing permission for
short-term stays for such purposes as sightseeing and business trips without obtaining a visa.
5

GENERAL INFORMATIONElectro-Communications and Dr. Shinichi Nomoto, R&D
Fellow, General Manager, Mobile & Wireless Division,
KDDI R&D Laboratories, Inc. The respective titles of theirtalks are “A Technology Perspective on Active Microwave
Circuits” and “Further Evolution of Wireless Technology
toward World of Ambient Intelligence”.
Award Banquet
The APMC 2010 Award Banquet will be held from18:30 to 20:40 on Thursday, December 9, at Queen’s Grand
Ballroom on the 2nd basement floor of the PANPACIFIC
Yohohama Bay Hotel Tokyu. With a variety of cuisine, thebanquet will introduce winners of Japan Microwave Prize.
The Banquet will be a sit-down style dinner. (See “Award
Banquet” on page 3.) 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 2010. The APMC 2010 Microwave Prize will begiven to the winners selected by the APMC 2010 PrizeAward Committee from all the participants presenting apaper at the conference.

Internet connection
Internet connection through Wireless LAN and Ethernet
cable will be available at the Conference Center. There is nocharge for the service.
Babysitting service
At the two hotels below, which are close to theConference Center, babysitting services are available.
Inter Continental The Grand Yokohama
Phone: +81– 45 – 223 – 2222
PANPACIFIC Yohohama Bay Hotel Tokyu
Phone: +81– 45 – 682 – 2222

SOCIAL PROGRAM
APMC 2010 will provide original and colorful events;
Welcome reception, Opening Ceremony, and Award
Banquet.
Welcome Reception
All the participants in the Conference (from December
8 to 10) are invited to the Welcome Reception to be held from17:30 to 19:30 on Tuesday, December 7, at the Inter
Continental The Grand Yokohama.
Opening Ceremony
The APMC 2010 Opening Ceremony will be held from10:50 to 12:30 in Room 501+502 (5th floor) of Pacifico
Yokohama Conference Center on Wednesday, December 8. A
declaration and brief report by the APMC 2010 Steering
Committee Chair and congratulatory addresses by invited
representatives of sponsoring organizations including IEEE
MTT-S, IEEE AP-S, URSI, EuMA are scheduled at the
beginning of the ceremony. Then, we will have the Keynote
Addresses given by Prof. Kazuhiko Honjo, The University of

MEETINGS INFORMATIONIEEE MTT-S Region 10 Chapter Chairs Meeting
The IEEE MTT-S Region 10 Chapter Chairs Meeting
will be held from 13:00 to 15:00 on Wednesday, December
8, 2010, at Room 211+212 (Tentative). Region 10 chapter
chairs and MTT-S ADCOM members are invited.
APMC International Steering Committee Meeting
The APMC International Steering Committee Meeting
will be held from 12:00 to 16:00 on Thursday, December 9,2010, at Room 211+212 (Tentative).

Site of AWARD BANQUET:

Panpacific Yokohama Bay Hotel Tokyu

Exhibition Hall

Conference Center
Site of WELCOME RECEPTION:

The Inter Continental The Grand Yokohama

6

APMC 2010 PRIZE
will be awarded the APMC 2010 Student Prize. These Prizes,
which consist of the commemorative certificates and rewards,
will be presented to all the recipients at the APMC 2010
Award Banquet to be held on Thursday, December 9, 2010.

Papers presented at APMC 2010 will be judged by the
APMC 2010 Prize Award Committee, and the authors of
selected papers will be awarded the APMC 2010 Prize foroutstanding contributions to the microwave field. In addition, outstanding student papers submitted to the conference

CONFERENCE SESSIONSThe APMC 2010 Conference Sessions consist of“Technical Sessions (Oral),” “Open Forum (Poster) Sessions,”“Workshops,” and “Short Courses.”
Technical Sessions (Oral)
The Technical Sessions will be held in the session rooms
on the 3rd floor of the Conference Center from December 8
to 10, 2010, where the speakers of accepted papers will present their papers orally.
Open Forum (Poster) Sessions
The Open Forum (Poster) Sessions will be held in RoomG (315) on the 3rd floor of the Conference Center from
December 8 to 10, 2010, where the speakers of accepted
papers will present theoretical or experimental materials inposter format.

Workshops
The Workshops will be held in the session rooms on the
3rd floor of the Conference Center on December 7, 2010,
where the Workshop speakers, who have all been invited by
the Workshop Organizers, will present and discuss their latest
researches and studies related to microwave technologies.
Short Courses
The Short Courses will be held in the session rooms on
the 3rd floor of the Conference Center on December 7, 2010,
where two lecturers will give lectures with the titles of“Modeling and Design Techniques for High Power
Amplifiers and their Performance” and “Electromagnetic
Metamaterials and their Microwave Applications.”

7

TECHNICAL SESSIONS
Wednesday, December 8

8:50 – 10:30

Room A (301)

Room B (302)

Session WE1A

Session WE1B

Room C (303)
Session WE1C

Low Distortion Power Amplifier Technology

Wide Band Planar Filters

Microwave Applications

Chairs : K. Yamauchi, Mitsubishi Electric Corp.,
JAPAN
H. Jiang, Alcatel-Lucent, U.S.A.

Chairs : C.-P. Chen, Kanagawa Univ., JAPAN
Chairs : Y. Nikawa, Kokushikan Univ., JAPANQ. Xue, City Univ. of Hong Kong, HONG
T. Mitani, Kyoto Univ., JAPANKONG

WE1A-1
Experimental Investigation on Wideband Intermodulation
Distortion Compensation Characteristics of 3.5-GHz band
140-W Class Feed-Forward Power Amplifier Employing
GaN HEMTs

WE1B-1
Design of a Wideband Bandpass Filter Using Microstrip
Parallel-Coupled Dual-Mode Ring Resonator

WE1C-1
Wireless Energy Harvesting Using Serially Connected
Voltage Doublers

Z. Ma1, H. Sasaki1, C.-P. Chen2, T. Anada2, Y. Kobayashi1,
1Saitama Univ., JAPAN, 2Kanagawa Univ., JAPANJ.W. Zhang, L.B. Wang, K.Y. See, C.M. Tan, C.C. Boon,
K.S. Yeo, M.A. Do, Nanyang Technological Univ., SINGAPORE

WE1A-2
Minimization of Baseband Electrical Memory Effects in
GaN HEMTs Using Active IF Load-Pull

WE1B-2
Design of Wideband Diplexer Using Broadside-Coupled
Filters and Stepped-Impedance Resonators

WE1C-2
Study and Development of a Microwave Power Receiving
System for ZigBee Device

M. Akmal1, J. Lees1, V. Carrubba1, S. Bensmida2, S. Woodington1, J.
Benedikt1, K. Morris2, M. Beach2, J. McGeehan2, P.J. Tasker1, 1Cardiff
Univ., U.K., 2Univ. of Bristol, U.K.

P.-H. Deng1, C.H. Chen2, B.-L. Huang3, J.-H. Jheng3, H.-H. Tung1, P.T. Chiu1, 1National Univ. of Kaohsiung, TAIWAN, 2National Taiwan
Univ., TAIWAN, 3National Univ. of Tainan, TAIWAN

N. Suzuki, T. Mitani, N. Shinohara, Kyoto Univ., JAPANWE1A-3
Performance of a Frequency Compensated EER-PA withMemoryless DPD

WE1B-3
Design Procedure of Wideband Band-pass Filter Consistsof Inter-Digital Finger Resonator and Parallel CoupledLines

WE1C-3
Microwave Energy Focusing for Heating Using
Metamaterial

Y. Suzuki, J. Ohkawara, S. Narahashi, NTT DOCOMO.Inc., JAPANT. Kato1, Y. Funahashi1, A. Yamaoka1, K. Yamaguchi1, J.
Zhou2, K. Morris2, G.T. Watkins3, 1Toshiba Corp., JAPAN,
2Univ. of Bristol, U.K., 3Toshiba Research Europe, Ltd., U.K.

WE1A-4
Digital Predistortion Using Adaptive Basis Functions

WE1B-4Ultra Wideband Bandpass Filter with Dual Notch Bands

X. Yu, H. Jiang, Alcatel-Lucent, U.S.A.

H.-W. Wu1, M.-H. Weng2, C.-Y. Hung3, 1Kun Shan Univ.,
Taiwan, 2Metal Industries Research & Development Center,
TAIWAN, 3Tung-Fang Institute of Technology, TAIWANWE1A-5
A Simple Envelope Model for Nonlinear Power Amplifierswith Memory Effects Based on Volterra Expansion

WE1B-5
Design of a Compact UWB Bandpass Filter with NotchedBand

Y. Zhang, K. Araki, Tokyo Institute of Technology, JAPAN

Q.-X. Chu, X.-K. Tian, South China Univ. of Technology,
CHINA

Wednesday, December 8

Y. Nikawa, T. Takase, Kokushikan Univ., JAPANY. Omote, T. Yasuzumi, T. Uwano, O. Hashimoto, Aoyama
Gakuin Univ., JAPANWE1C-4Microwave Absorption Characteristics of Liquid
Compounds for an Efficient Microwave Pretreatment
System of Woody Biomass toward Bioethanol Production
K. Yano, T. Mitani, N. Shinohara, M. Oyadomari, M. Daidai,
T. Watanabe, Kyoto Univ., JAPANWE1C-5Intra-car Communications System Using Radio Hose
K. Fujita, H. Sawada, S. Kato, Tohoku Univ., JAPAN

10:50 – 12:30
Room H (501+502)
Session WE2G Opening Ceremony

Opening Ceremony
Keynote Addresses (1) : A Technology Perspective on Active
Microwave Circuits

circuits and negative group delay circuits
have opened up some new applications.
Universal technologies appear repeatedly at
the needed time, such as Si bipolar transistor
hybrid integrated circuits in the 1970s, GaAs
MMIC’s in the 1980s, HBT/HEMT MMIC’sin the 1990s, and GaN/Si MMIC’s in the
2000s. For emerging quantum devices using
new materials such as carbon nanotubes(CNT) and graphene in the 2010s, it seems asimilar design philosophy is being followed.
This talk will review active microwave device circuit technologies to
identify universal technlogies that may be helpful in the future.

Speaker : Prof. Kazuhiko Honjo, The Univ. of Electro-Communications, JAPAN
Abstract :Advances in modern microwave technology are based on a long historyof developments in semiconductor devices and circuit technology, whichhave emerged from the classical theory of the vacuum-tube era. Retaining
power gain in the high frequency regions is the most significant figure of
merit for active devices. This fact suggests the existence of a universal
operating principle related to available power for all kinds of active
devices including quantum devices. On the other hand, maximizing theinherent performance of active devices is one of the major missions ofcircuit technology design, especially in the microwave and millimeterwave fields.
To compensate for the inferior high frequency performance of vacuum
tubes relative to active devices, more sophisticated circuit technology had
been required in the past. In this sense, vacuum-tube circuit theory can beconsidered a goldmine. Thus, many of the classical technologies havebeen revived and incorporated into the design of modern active
microwave circuits with appropriate modifications. Doherty amplifiers,
class-F amplifiers, Miller frequency dividers, traveling wave amplifiers,
and negative feedback amplifiers are good examples of this.
Advances in accuracy of CAD co-simulation techniques both for semiconductor devices and electro-magnetic fields have also enhanced
microwave and millimeter wave applications. Advances in linear/nonlinear
measurement technology are also playing important roles. In addition,
introductions of novel circuit design approaches such as right/left-handed

Kazuhiko Honjo received the B.E. degree from the University ofElectro- Communications, Tokyo, Japan, in 1974, and the M.E. and D.E.
degrees in electronic engineering from the Tokyo Institute ofTechnology, Tokyo, Japan, in 1976 and 1983, respectively. From 1976 to
2001, he was with the NEC Corporation, Kawasaki, Japan. In 2001, hejoined the University of Electro-Communications, as a Professor with theInformation and Communication Engineering Department. He is now adirector of the Advance Wireless Communication Research Center of theuniversity. He has been involved in research and development of highpower/broadband/low-distortion microwave amplifiers, MMICs, GaAs
based HBT device and processing technology, GaN device modeling andcircuit applications, miniature broadband microwave antennas and FDTD
electromagnetic wave and device co-analysis. Prof. Honjo is a Fellow ofIEEE and is also a Fellow of the Institute of Electrical, Information andCommunication Engineers (IEICE), Japan. He served as an elected

8

TECHNICAL SESSIONS
8:50 – 10:30
Room D (304)
Session WE1D

Room E (311+312)

Wednesday, December 8
Room F (313+314)

Session WE1E

Session WE1F

CAD and Numerical Techniques

Low Profile and Small Antennas

Chairs : G. Xiao, Shanhai Jiao Tong Univ., CHINA
J. Shibayama, Hosei Univ., JAPAN

Chairs : P. Hsu, National Taiwan Univ., TAIWAN
K. Noguchi, Kanazawa Institute ofTechnology, JAPANWE1D-1
Full Wave Analysis of Large Non-Uniform Metallic Grid FSS
Under Oblique Incidence Using Scale Changing Technique

WE1E-1A Novel Design of Dual-Band Antennas with Orthogonal
Radiation Patterns for MIMO Applications

WE1F-1A Miniaturized Bandpass Filter Using Quadruple Folded
Laminated Waveguide Cavity Resonators in LTCC

E.B. Tchikaya1,2, A. Rashid1,2, F. Khalil1,2, H. Aubert1,2, M. Romier3, N.
J.G. Fonseca1,2,4, 1CNRS ; LAAS, FRANCE, 2Université de Toulouse,
FRANCE, 3CNES, FRANCE, 4ESA/ESTEC, NETHERLANDS

A. Saitou1, Y. Hoshino1, Y. Aoki2, K. Honjo1, 1The Univ. ofElectro-Communications, JAPAN, 2Casio Computer Co.,
Ltd., JAPANT.-Y. Huang, T.-M. Shen, R.-B. Wu, National Taiwan Univ.,
TAIWANWE1D-2
Embedding Thermo Analysis in the Process of Solving
Electromagnetic Problems

WE1E-2
Design of E-Shaped Patch Antennas by Using the MultiConductor Transmission Line Mode Theory

WE1F-2
C-Band Inductive Post SIW Alumina Filter for a Space
Application. Experimental Analysis of the Thermal Behavior

G. Xiao, Y. Zhou, L. Zhang, J. Mao, Shanghai JiaoTong
Univ., CHINA

K. Noguchi1, H. Rajagopalan2, Y. Rahmat-Samii2, 1Kanazawa
Institute of Technology, JAPAN, 2Univ. of California, U.S.A.

A.E. Mostrah1,2, B. Potelon1,2, E. Rius1,2, C. Quendo1,2, J.-F. Favennec1,2, H.
Leblond3, H. Yahi3, J.-L. Cazaux3, 1Universite Europeenne de Bretagne,
2Universite de Brest-UEB, FRANCE, 3Thales Alenia Space, FRANCE

WE1D-3
Correction Factors for Field Singularity at 45˚ Corners in
the Finite-Difference Analysis of Microstrip Circuits

WE1E-3
Conductor-Backed Coplanar Waveguide Fed Circular
Coplanar Patch Antenna

WE1F-3
Microstrip High-Pass Filter with Attenuation Poles Using
Cross-Coupling

T. Shibata, NTT Corp., JAPANJ.-H. Chen, S.-Y. Chen, P. Hsu, National Taiwan Univ., TAIWAN

T. Yasuzumi, T. Uwano, O. Hashimoto, Aoyama Gakuin
Univ., JAPANWE1D-4
Simple Frequency-Dependent FDTD Algorithm for a
Drude-Critical Points Model

WE1E-4
Triple-Band Antenna Design for DVB-H/PCS/WLAN

WE1F-4Compact Microstrip Lowpass Filter with Ultra-Broad
StopbandJ. Shibayama, K. Watanabe, R. Ando, J. Yamauchi, H.
Nakano, Hosei Univ., JAPAN

S.J. Oh, S.Y. Park, J.K. Park, Hanbat National Univ.,
REPUBLIC of KOREA

Design and Implementation Techniques for
Microwave Filters 1
Chairs : C. Quendo, Université Européuue de Bretagne
K. Sato, NTT DOCOMO INC., JAPANH.-J. Tsai1, J.-Y. Chen1, N.-W. Chen2, 1National Central
Univ., TAIWAN, 2Yuan Ze Univ., TAIWANWE1D-5
Parallel and Distributed Solution for 3-Dimensional
TDFEM Analysis in Computational Electromagnetics

WE1E-5
Effect of Film Thickness on the Radiation Efficiency of a
4.5GHz Polypyrrole Conducting Polymer Patch Antenna

WE1F-5
Design and Implementation of the Canonical-Form-Like
Coupling Scheme with Generalized Chebyshev Responses

X. Wu, Y. Jin, L. Zhou, Fudan Univ., CHINA

A. Verma 1 , C. Fumeaux 1 , V.-T. Truong 2 , B.D. Bates 1,2 ,1 Univ. of Adelaide, AUSTRALIA, 2 Defence Science andTechnology Organisation (DSTO), AUSTRALIA

J.-C. Lu1, Y.-W. Lin2, C.-Y. Chang2, 1Taiwan Semiconductor
Manufacturing Company, Ltd., TAIWAN, 2National Chiao
Tung Univ., TAIWAN

10:50 – 12:30

AdCom member of IEEE Microwave Theory and Techniques Society(IEEE MTT-S) from 1997 to 2003. He was the recipient of the 1983
Microwave Prize and the 1988 Microwave Prize presented by the IEEE
MTT-S. He was also the recipient of the 1980 Young Engineer Awardand the 1999 Electronics Award presented by the IEICE.

Wednesday, December 8Radio) and CRS (Cognitive Radio System)with flexible microwave devices will play afundamental role in the arena. Some representative R&D activities are also to be presented.
Shinichi Nomoto received B.E., M.E., andPh.D degrees, all in electrical engineering,from Waseda University, Tokyo, Japan, in
1980, 1982, and 1993, respectively. He
joined Kokusai Denshin Denwa Co., Ltd.
(now KDDI Corp.), in 1982. Since 1983, he has been engaged in researchand development of radio transmission systems. As a professional
assignee at Inmarsat HQ's from 1992 to 1995, he has contributed to the“Inmarsat-P (ICO)” project, which includes development of a global
personal communications system using a number of non-geostationary
satellites. His current research interests include antennas and propagation,broadband wireless access systems, cognitive radio, cooperative radio
and QoE management in communication networks. He received the
Shinohara Memorial Young Researchers' Award from IEICE in 1988, thePiero Fanti International Prize from INTELSAT/Telespazio in 1988, andthe Radio Distinguished Award from RCR (now ARIB) in 1991. In 2004,
two of his published papers received the Best Paper Awards from IEICE,
one of which was the recipient of the 10th Inose Award (the very best
paper of the year) too. He is an Executive Director of KDDI R&DLaboratories, Inc., a R&D fellow of KDDI, a fellow of IEICE, a senior
member of IEEE, and a vice chair of Advanced WirelessCommunications Study Committee (ADWICS), ARIB.

Keynote Addresses (2) : Further Evolution of Wireless Technology
toward World of Ambient Intelligence
Speaker : Dr. Shinichi Nomoto, R&D Fellow, General Manager, Mobile &Wireless Division, KDDI R&D Laboratories, Inc., JAPAN
Abstract :Where is ICT industry heading for? High-speed mobile services suchas WiMAX and LTE will expand over the globe, especially in Asian
regions, in the next several years to meet with broadband and ubiquitouscommunication demands.
In the future, ICT will presumably be better integrated into many“things” in our society and people will utilize ICT even without recognizing ICT itself. This can be called the realization of “World of AmbientIntelligence.”
The speaker who is with KDDI, the Japanese full-range telecom operator,
will review these circumstances and present its view on the expectationof the further evolution of wireless technologies. In order to fulfill widerange of various requirements in the future, hybrid and harmonized cooperation of multiple radio systems, both intra-system and inter-system,
would be the key to enhance the capabilities, e.g. higher reliability, lower
latency, and huge number of devices. Obviously, SDR (Software-Defined

9

TECHNICAL SESSIONS
Wednesday, December 8

14:00 – 15:40

Room A (301)
Session WE3A
High Power GaN HEMT Applications

Room B (302)

Room C (303)

Session WE3B

Session WE3C

Tunable and Metamaterial Filters and Teraheltz and Microwave Applications
Resonators 1
Chairs : H.-Y. Lee, Ajou Univ., REPUBLIC of KOREA

Chairs : H. Okazaki, NTT DOCOMO, INC., JAPANT. Boles., M/A-COM., U.S.A.

Chairs : K. Kawai, NTT DOCOMO INC., JAPANT. Nishino, Mitsubishi Electric Corp.,JAPAN

J. Tan, Nanjing Forestry Univ., CHINA

WE3A-1
Internally-Matched GaN HEMT High Efficiency Power
Amplifier for Space Solar Power Stations

WE3B-1
Miniaturized Microwave Tunable Bandpass Filters on
High-K LTCC

WE3C-1
Application of Terahertz Spectroscopic Technology in
Identification of Pine Wood Nematode Disease

K. Yamanaka, Y. Tsuyama, H. Ohtsuka, S. Chaki, M.
Nakayama, Y. Hirano, Mitsubishi Electric Corp., JAPANX. Mi1,2, Y. Kawano1, O. Toyoda2, T. Suzuki1, S. Ueda1,2, T.
Hirose 1 , K. Joshin 1 , 1 Fujitsu Ltd., JAPAN, 2 Fujitsu
Laboratories Ltd., JAPANY.-F. Liu1, L. Jiang1, J.-J. Tan1, Z.-W. Zhang2, C.-L. Zhang2,
1 Nanjing Forestry Univ., CHINA, 2 Capital Normal Univ.,
CHINA

WE3A-2A 5.9GHz-8.5GHz 20Watts GaN HEMTWE3B-2
Tunable Bandpass Filter with Symmetric Attenuation
Characteristics

WE3C-2

S. Mizuno1, H. Yamamoto1, T. Yamamoto2, M. Nishihara2,
S. Sano 1 , 1 Sumitomo Electric Industries, Ltd., JAPAN,
2Sumitomo Electric Devices Innovations, Inc., JAPANK. Kawai, H. Okazaki, S. Narahashi, NTT DOCOMO, Inc.,JAPAN

Development of a Simple Multiple-Position Identifying Systemwith a Long Range Multiband Leaky Coaxial Cable for Rescue
Operations in Tunnels or Passages in Underground Facilities
M. Nakamura1, H. Takagi1, J. Terashima1, K. Einaga2, T. Nishikawa2, N.
Moriyama2, K. Wasaki3, 1Nagano Prefecture General Industry Technology
Center, JAPAN, 2Ryosei Syatems, Ltd., JAPAN, 3Shinshu Univ., JAPANWE3A-3Development of 150W S-band GaN Solid State Power
Amplifier for Satellite Use

WE3B-3
Parallel-Coupled Stub-Loaded Resonators Compact Size
Tunable Filter

WE3C-3
New Dielectric Heating Under Noninvasive Temperature
Measurement Using MR

K. Nakade, K. Seino, A. Tsuchiko, J. Kanaya, Mitsubishi
Electric TOKKI Systems Corp., JAPANF. Burdin, E. Pistono, P. Ferrari, Université de Savoie, FRANCE

A. Ishikawa, Y. Nikawa, Kokushikan Univ., JAPANWE3A-4
Cost Effective, High Performance GaN Technology

WE3B-4High-Q MEMS-based Bandwidth-Reconfigurable E-plane
Filters

WE3C-4Microwave Absorbing Screens Based on Multilayered Fe
Nanofilms

L. Pelliccia, R. Sorrentino, Univ. of Perugia, ITALY

Y. Hao1, T. Jiang1,2, Y. Feng1,2, 1Nanjing Univ., CHINA,
2Southeast Univ., CHINA

WE3A-5
An X-band 50% Bandwidth High-Power GaN HEMT T/R
SwitchWE3B-5
A Low-Loss and Compact Size Analog Tunable Filter on
Flexible Organic Substrate

WE3C-5
Analysis and Improvement of Electromagnetic
Susceptibility on High Speed LVDS I/O System

M. Hangai, R. Komaru, Y. Tarui, Y. Kamo, M. Hieda, M.
Nakayama, Mitsubishi Electric Corp., JAPANB. Lacroix1, S. Courrèges1, K. Choi2, Y. Wang2, A. T. Hunt2,
J. Papapolymerou1, 1Georgia Institute of Technology, U.S.A.,
2nGimat, Inc., U.S.A.

J. Byun, H.-Y. Lee, Ajou Univ., REPUBLIC of KOREA

T. Boles, D. Carlson, C. Varmazis, J. Barrett, M/A-COM
Technology Solutions, U.S.A.

Wednesday, December 8

16:00 – 18:00

Room A (301)

Room B (302)

Room C (303)

Session WE4A

Session WE4B

Session WE4C

EuMA Special Session

Design and Implementation Techniques for Microwave Medical and Biological Applications
Chairs : T. Ohira, Toyohashi Univ. of Technology, Microwave Filters 2
Chairs : A.M. Abbosh, The Univ. of Queensland St
JAPAN
Chairs : I. Awai, Ryukoku Univ., JAPANA. Alphones, Nanyang Technological
S. Watanabe, Aoyama Gakuin Univ., JAPAN
Univ., SINGAPORE

Lucia, AUSTRALIA
Y. Nikawa, Kokushikan Univ., JAPANWE4A-1 (Invited)
Innovative Solutions for Compact Waveguide Filters

WE4B-1 (Invited)
Miniaturization of Substrate Integrated Bandpass Filters

WE4C-1
Ultra-Wideband Array Antenna System for Breast Imaging

Prof. R. Sorrentino1, Simone Bastioli2, 1Univ. of Perugia,
ITALY, 2RF Microtech SRL, ITALYProf. W. Hong, K. Gong, Southeast Univ., CHINA

M. Bialkowski, D. Ireland, Y. Wang, A.M. Abbosh, Univ. of
Queensland, AUSTRALIAWE4A-2 (Invited)
MEMS Tunable Metamaterials Surfaces and Their
Applications

WE4B-2
An Extended Doublet Bandpass Filter Implemented with
Microstrip Resonator and Substrate Integrated Waveguide
CavityWE4C-2
Breast Cancer Detection: Comparison of Data-Dependentand Data-Independent Approaches

Prof. A.V. Räisänen1, D. Chicherin1, M. Sterner2, S. Dudorov1, D.
Lioubtchenko1, Y. Li3, V. Ovchinnikov3, J. Oberhammer2, 1Aalto Univ.,
FINLAND, 2Royal Institute of Technology, SWEDEN, 3Micronova,
Aalto Univ., FINLAND

WE4A-3 (Invited)
Semi-Active Satellite Antenna Front-Ends: a Successful
European Innovation
Dr. A.G. Roederer, IRCTR, Delft Univ. of Technology,
NETHERLAND

L.-S. Wu, J.-F. Mao, W. Shen, W.-Y. Yin, Shanghai Jiao
Tong Univ., CHINA

WE4B-3Compact Balanced Combline Bandpass Filters with Two
Independently Controllable Transmission Zeros in LTCC
Technology

F. Yang, A.S. Mohan, Univ. of Technology Sydney (UTS),
AUSTRALIA

WE4C-3
Early Breast Cancer Detection Using Doppler Frequency
Shift
A.M. Abbosh, The Univ. of Queensland, AUSTRALIA

C.-L. Tsai1,2, Y.-S. Lin1, 1National Central Univ., TAIWAN,
2Walsin Technology Corp., TAIWAN

WE4B-4Multi-Layer Coupled Band-pass Filter for 60GHz LTCC
System-on-Package

WE4C-4
Analysis of Microwave Reflection from Capillary Blood
Vessel

K. Hiraga, T. Seki, K. Nishikawa, K. Uehara, NTT Corp.,JAPAN

Y. Nikawa, Kokushikan Univ., JAPANWE4B-5Compact Microstrip Bandpass Filters Using Miniaturized
Quarter-Wavelength Resonators

WE4C-5 (Invited)
Recent Advances in Doppler Radar Sensors for Pervasive
Healthcare Monitoring

C.-H. Liang, W.-S. Chang, C.-Y. Chang, National Chiao
Tung Univ., TAIWAN

Prof. J. Lin1, C. Li2, 1Univ. of Florida, U.S.A., 2Texas Tech
Univ., U.S.A.

10

TECHNICAL SESSIONS
14:00 – 15:40
Room D (304)

Room E (311+312)

Session WE3D

Wednesday, December 8
Room F (313+314)

Session WE3E

Session WE3F

Progress in Antenna Applications

System Consideration

Mobile Antennas 1

Chairs : K. Ghorbani, RMIT Univ., AUSTRALIA
H. Hirayama, Nagoya Institute of Technology,
JAPAN

Chairs : A. Hirata, NTT Corp., JAPANY. Nakasha, Fujitsu, Ltd., JAPAN

Chairs : K.-L. Wong, National Sum Yat-Sen Univ.,
TAIWANR. Yamaguchi, NTT DOCOMO, INC.,JAPAN

WE3D-1
UHF RFID Tag for Metal Containers

WE3E-1
10-Gbit/s Bi-Directional and 20-Gbit/s Uni-Directional
Data Transmission Over a 120-GHz-Band Wireless Link
Using a Finline Ortho-Mode Transducer

WE3F-1Compact laminated Monopole Antenna Using Air-Gap for
Multi-Band Mobile Terminals

K.V.S. Rao, S.F. Lam, P.V. Nikitin, Intermec Technologies,
U.S.A.

J. Takeuchi, A. Hirata, H. Takahashi, N. Kukutsu, NTT
Corp., JAPANC. Park 1,2 , S. Yoon 1,2 , H. Kim 1 , M. Song 1 , Y. Yang 1 ,1SungKyunKwan Univ., REPUBLIC of KOREA, 2Samsung
Electronics, Co., Ltd., REPUBLIC of KOREA

WE3D-3
Cylindrical Combline Microstrip Array for Producing
Omnidirectional Radiation Pattern

WE3E-2
Performance Analysis of a 10-Gb/s Millimeter-Wave
Impulse Radio Transmitter

WE3F-2Multiband Internal Antenna for Mobile Phones Using a
High Dielectric Material

A. Pirhadi1, H. Bahrami2, J. Nasrigelberenji2, A. Mallahzadeh3,
1Shahid Beheshti Univ. (SBU), IRAN, 2Tarbiat Modares Univ.
(TMU), IRAN, 3Shahed Univ. (SU), IRAN

Y. Nakasha1, N. Hara2, K. Araki3, 1Fujitsu, Ltd., JAPAN,
2 Fujitsu Laboratories, Ltd., JAPAN, 3 Tokyo Institute ofTechnology, JAPANS. Yoon 1 , 2 , C. Park 1 , 2 , M. Kim 1 , K. Kim 1 , Y. Yang 1 ,1SungKyunKwan Univ., REPUBLIC of KOREA, 2Samsung
Electronics, Co., Ltd., REPUBLIC of KOREA

WE3D-4
Interaction Between New Printed Antennas and Human
Body in Medical Applications

WE3E-3
RFID System Based on Pulse-Position Modulation Using
Group Delay Engineered Microwave C-Sections

WE3F-3
Wideband Mobile Terminal Antenna Design Using
Extended Ground

A. Sabban, Ort Braude College, ISRAEL

S. Gupta, B. Nikfal, C. Caloz, École Polytechnique deMontréal, CANADA

K. Kim, S. Jeon, H. Kim, Hanyang Univ., REPUBLIC of
KOREA

WE3D-5
A New High-Directivity Fractal Antenna Based on the
Modified Koch Snowflake Geometry

WE3E-4
An All Digital OFDM Receiver Using a Novel RF
Quadrature Under-Sampling Technique

WE3F-4
Super Slim Multiband Inverted-F Antenna for GSM / DCS/ PCS Operation

A.B. Younas, Z. Ahmed, M.B. Ihsan, National Univ. of
Sciences and Technology, PAKISTAN

M. Inomata, T. Haruta, M. Muraguchi, Tokyo Univ. of Science,JAPAN

A.R. Razali, M.E. Bialkowski, The Univ. of Queensland,
AUSTRALIA

WE3E-5Investigation into Improving Coverage and Capacity ofCDMA Wireless Base Stations with CRFE in Rural
Environment

WE3F-5
Design of a Wideband Internal Monopole Antenna for
Wireless USB Dongle Application

J. E. Mazierska, J. Gileppa, James Cook Univ., AUSTRALIA

D. Kim, U. Kim, J. Choi, Hanyang Univ., REPUBLIC of
KOREA

16:00 – 18:00
Room D (304)

Room E (311+312)

Session WE4D

Session WE4E

Wednesday, December 8
Room F (313+314)
Session WE4F

Planar Antennas

Microwave Photonics

CMOS Low Noise Amplifier

Chairs : H. Shoki, Toshiba Corp., JAPANT. Seki, NTT Corp., JAPAN

Chairs : K. Murata, NTT Corp., JAPANA. Alphones, Nanyang Technological Univ.,
SINGAPORE

Chairs : K. Joshin, Fujitsu Laboratories LTD., JAPANB. Kim, Pohang Univ., REPUBLIC of
KOREA

WE4D-1 (Invited)
Inkjet-Printed Paper / Polymer-Based “Green” RFID and
Wireless Sensor Nodes: The Final Step to Bridge
Cognitive Intelligence, Nanotechnology and RF?

WE4E-1 (Invited)
Hybrid Approach for Optical Beamforming for Phased
Array

WE4F-1CMOS Dual-Band Low-Noise Amplifier for World-Wide
WiMedia Ultra-Wideband Wireless Personal Area
Network System

Prof. M. Tentzeris, A. Traille, H. Lee, A. Rida, V. Lakafosis,
R. Vyas, Georgia Institute of Technology, U.S.A.

WE4D-2
Investigation of 1-D Meta-Structured Leaky Wave
Antennas Using High Radiation Unit Cell
C. Kim, B. Lee, Kyunghee Univ., REPUBLIC of KOREA

Prof. A. Alphones, P.Q. Thai, Nanyang Technological Univ.,
SINGAPORE

WE4E-2Phase Measurement and Calibration Characteristics of
Optically Controlled Phased Array Antenna Using
Multiple SMFs
D. Takeuchi1, W. Chujo1, A. Tsuzuku1, S. Yamamoto2, Y. Koyamada3,
1Meijo Univ., JAPAN, 2NICT, JAPAN, 3Ibaraki Univ., JAPANWE4D-3
Anisotropic Meta-Substrate Conical-Beam Leaky-Wave
AntennaShahvarpour 1 ,Melcon 2 ,Caloz 1 , 1 École

A.
A.A.
C.
Polytechnique de Montréal, CANADA, 2Universidad Politécnica
de Cartagena, SPAIN

WE4D-4
Planar 77GHz Antennas on New Thermoplastic Polymer
Substrate
M. Schneider, M.D. Richter, Univ. of Bremen, GERMANY

WE4E-3
Guided Waves on a Dielectric Slab Waveguide with a
Variable Period Slot Array Using Photoinduced
Semiconductor Plasma
K. Nishimura, Ryukoku Univ., JAPANWE4E-4
Considerations of Optimum Electrode Structure for
Lumped Constant Type LN Optical Modulator in theMicrowave Band with Electromagnetic Field Simulator
T. Kamio1, K. Haeiwa1, H. Fujisaka1, Y. Toba2, 1Hiroshima
City Univ., JAPAN, 2SEIKOH GIKEN Corp., JAPANWE4D-5
Carbon Fibre Reinforced Plastic Slotted Waveguide
Antenna

WE4E-5
Remote Microwave Observation Systems Over Optical IP
Networks Using a Digitized Radio-Over-Fiber Technique

D. Gray1, K. Nicholson2, K. Ghorbani1, P. Callus2, 1RMIT,
AUSTRALIA, 2Defence Science and Technology Organisation(DSTO), AUSTRALIA

Y. Shoji, Y. Takayama, M. Toyoshima, H. Ohta, National
Institute of Information and Communicaions Technology,
JAPAN

11

Z.-Y. Huang, C.-C. Hung, National Chiao Tung Univ., TAIWAN

WE4F-2A Compact Fully-Integrated 5.2–11.2GHz Low Noise
Amplifier Using 0.18-µm CMOS Technology
Y.-Y. Hsu, B.-J. Huang, J.-L. Kuo, H. Wang, National
Taiwan Univ., TAIWAN

WE4F-3
3-7GHz Low Power Wide-Band Common Gate Low
Noise Amplifier in 0.18 µm CMOS Process
A.I.A. Galal, R.K. Pokharel, H. Kanaya, K. Yoshida, Kyushu
Univ., JAPANWE4F-4Using Inverter Structure for 2-6GHz Low Power High
Gain Low Noise Amplifier
M.-T. Hsu, T.-C. Liu, National Yunlin Univ. of Science andTechnology, TAIWAN

WE4F-5
A Low Power, High Dynamic Range LNA for Filterless
RF Receiver Front-Ends in 90-nm CMOS
T.D. Werth, D. Bormann, S. Kaehlert, L. Liao, R.
Wunderlich, S. Heinen, RWTH Aachen Univ., GERMANY

WE4F-6
A Receiver Front-End with Variable-Gain Control for
WiMAX Applications
T.-L. Chiu, M.-F. Huang, C.-C. Wang, Industrial Technology
Research Institute, TAIWANTECHNICAL SESSIONS
Thursday, December 9

8:50 – 10:30

Room A (301)

Room B (302)

Session TH1A

Session TH1B

Room C (303)
Session TH1C

Theory and Implementation of Oscillators

Transmission Lines and Waveguide 1

Chairs : K. Itoh, Kanazawa Institute of technology,
JAPAN
H. Zirath, Chalmers Univ., SWEDEN

Chairs : H. Uchida, Mitsubishi Electric Corp., JAPAN Chairs : Q. X. Chu, South China Univ. of Technology,
CHINA
T.-G. Ma, National Taiwan Univ., TAIWAN
T. Sasamori, Akita Prefectural Univ.,
JAPAN

TH1A-1
A Low Power 10GHz Voltage-Controlled Oscillator with
Modified Current-Reused Configuration

TH1B-1A Miniaturized Transmission Line with a Mesh-Structure
Signal Metal for CMOS ICs

TH1C-1
A Reconfigurable Frequency-Notched UWB Antenna with
Split-Ring Resonators

M.-T. Hsu , W.-H. Lin, National Yunlin Univ. of Science andTechnology, TAIWAN

N. Ono, T. Mitomo, H. Hoshino, O. Watanabe, Toshiba
Corp., JAPANM. Al-Husseini1, J. Costantine2, C.G. Christodoulou2, S.E. Barbin3, A.
El-Hajj1, K.Y. Kabalan1, 1American Univ. of Beirut, LEBANON, 2Univ.
of New Mexico, U.S.A, 3Universidade de Sao Paulo, BRAZIL

TH1A-2
A Ku Band Push-Push Oscillator Array Using Directional
Phase Shifter

TH1B-2
Novel Synthesized Microstrip Line with Controllable
Transmission Zeros for Harmonic Suppressions

TH1C-2Compact Circular Polarized Antenna for GPS and CNSS
Applications

T. Hama, K. Kawasaki, T. Tanaka, M. Aikawa, Saga Univ.,
JAPAN

C.-H. Lai, Y.-C. Tseng, T.-G. Ma, National Taiwan Univ. of
Science and Technology, TAIWAN

Z.-H. Tu, Q.-X. Chu, South China Univ. of Technology,
CHINA

TH1A-3High-Frequency Half-Integral Subharmonic Locked RingVCO-Based Scalable PLL in 90nm CMOS

TH1B-3Innovative HF Extraction Procedure of the Characteristic
Impedance for Embedded Planar Transmission Line on
High Conductive Si Substrate

TH1C-4
A New Circular UWB Microstrip Antenna, and Its
Characterization in Time and Frequency Domains

S.-Y. Lee, S. Amakawa, N. Ishihara, K. Masu, Tokyo
Institute of Technology, JAPANTH1A-4Phase Noise Analysis of Sinusoidal Oscillators Based on
Forced-Oscillation Model

L. Fourneaud1, T. Lacrevaz1, J. Charbonnier2, A. Farcy3, B. Flechet1,
1 Université de Savoie, FRANCE, 2 CEA-LETI Minatec, FRANCE,
3STMicroelectronics, FRANCE

TH1B-4
A Fast Frequency-Domain Method for LosslessMulticonductor Transmission Line Equations and Its
Application

S. Sakihara 1 , O. Ishida 1 , T. Ohira 2 , 1 Okinawa National
College of Technology, JAPAN, 2 Toyohashi Univ. ofTechnology, JAPANF. Xiao, Univ. of Electronic Science and Technology of China,
CHINA

TH1A-5
A 284-µW 1.85-GHz 20-Phase Oscillator Using Transfer
Gate Phase Couplers

TH1B-5
An Equivalent Circuit Analysis of Coplanar Waveguide
Employing Periodic Ground Structure on GaAs MMIC

H. Lee, T. Takeuchi, M. Yoshimoto, H. Kawaguchi, Kobe
Univ., JAPANJ.-H. Jeong, Y.-B. Park, B.-R. Jung, J.-G. Ju, S.-Y. Kang, E.-H.
Jang, I.-H. Kang, Y. Yun, Korea Maritime Univ., REPUBLIC
of KOREA

Thursday, December 9

UWB Antennas 1

M. Kumar, A. Basu, S.K. Koul, Indian Institute ofTechnology Delhi, INDIA

TH1C-5A Compact UWB Antenna with Sharp Band-Notched
Characteristics and Controllable Notched Bandwidth
Q.-X. Chu, T.-G. Huang, South China Univ. of Technology,
CHINA

10:50 – 12:30

Room A (301)
Session TH2A

Room B (302)
Session TH2B

Room C (303)
Session TH2C

Frequency Conversion Techniques

Power Dividers

UWB Antennas 2

Chairs : R. Fujimoto, STARC, JAPANJ. Macháč, Czech Technical Univ. in Prague,
CZECH REPUBLIC

Chairs : K.K.M. Cheng, The Chinese Univ. of Hong
Kong, HONG KONG
I. Sakagami, Univ. of Toyama, JAPAN

Chairs : T. Fukusako, Kumamoto Univ., JAPANE. T. Rahardjo, Universitas Indonesia,
INDONESIA

TH2A-1
17-GHz pHEMT Gilbert Single-Quadrature Downconverter
With Polyphase Filters for Image Rejection

TH2B-1
Design Method of Lumped-Element Dual-Band Wilkinson
Power Dividers Based on Frequency Transformation

TH2C-1Compact UWB Chip Antenna Design

H.-J. Wei 1 , C.-C. Meng 1 , J.-Y. Su 1 , S.-W. Yu 1 , G.-W.
Huang2, 1National Chiao Tung Univ., TAIWAN, 2National
Nano Device Lab., TAIWAN

T. Kawai, I. Ohta, A. Enokihara, Univ. of Hyogo, JAPANTH2A-2
Reconfigurable Up-Converter with Image Rejection

TH2B-2
A Planar Three-Way Dual-Band Power Divider Using
Two Generalized Open Stub Wilkinson Dividers

X.Y. Zhang1, H.-L. Zhang1, B.-J. Hu1, Q. Xue2, 1South China
Univ. of Technology, CHINA, 2City Univ. of Hong Kong,
HONG KONG

X. Wang, I. Sakagami, K. Takahashi, S. Okamura, Univ. of
Toyama, JAPANTH2A-3
A Low-IF Direct Sampling Mixer with Complex Transfer
Function for ISDB-T One Segment Applications

TH2B-3
A C-band Thin-Film Three-Way Wilkinson Power Divider/ Combiner Using Microstrip Technology on Alumina

Y. Morishita 1 , N. Saito 1 , K. Araki 2 , 1 Panasonic Corp.,
JAPAN, 2Tokyo Institute of Technology, JAPANJ. Nath, Y. Shen, E. Nealis, Aviat Networks, U.S.A.

TH2A-4
Nonlinear Analysis of Direct Sampling Mixers Using FMatrix

TH2B-4
Design of Planar Dual-Band Multi-Way Power Dividers

K. Aio, K. Araki, Tokyo Institute of Technology Univ.,
JAPAN

S.Y. Park, J.H. Jung, J.M. Song, J.K. Park, Hanbat National
Univ., REPUBLIC of KOREA

TH2C-2A Circularly Polarized L-Shaped and Rectangular Slot
Antenna With An L-Shaped Probe For Wideband
Characteristics
S. Nakao, R. Joseph, T. Fukusako, Kumamoto Univ., JAPANTH2C-3
Planar Wideband Adaptive Antenna Consisting of Radially
Arrayed Multiple Taper-Slot Antenna Elements Having
Wide Fins
T. Baba, A. Hirose, The Univ. of Tokyo, JAPANX. Liu, C. Yu, Y. Liu, S. Li, F. Wu, Y. Wu, Beijing Univ. ofPosts and Telecommunications, CHINA

TH2C-4
Design of Broadband Multi-Layered Circular Microstrip
Antenna for Modern Communication Systems
M.M. Sharma1, S. Yadav1, A. Kumar1, D. Bhatnagar2, R.P.
Yadav1, 1Malaviya National Institute of Technology, INDIA,
2Univ. of Rajasthan, INDIA

TH2A-5
A Passive 8 to 24GHz Frequency Tripler Based on
Microstrip Line Circuits and Schottky Diodes

TH2B-5
Optimum Design for 6-way Power Divider with Inductive
Post

TH2C-5A Miniaturized Ultra Wideband Antenna With Single
Tunable Band-Notched Characterisrics

C. Baer, T. Musch, Ruhr-Universität Bochum, GERMANY

D.-H. Kim1, S.-S. Oh2, K.-S. Min1, 1Korea Maritime Univ.,
REPUBLIC of KOREA, 2ETRI, REPUBLIC of KOREA

A.M.A. Salem, S.I. Shams El-Din, A.M.M.A. Allam,
German Univ. in Cairo (GUC), EGYPT12TECHNICAL SESSIONS
8:50 – 10:30
Room D (304)

Room E (311+312)

Session TH1D

Session TH1F

High Efficiency Power Amplifiers

Chairs : Q. Chen, Tohoku Univ., JAPANM. Fujimoto, Univ. of Fukui., JAPAN

Chairs : K. Kunihiro, NEC Corp., JAPAN
M. Thian, Queen’s Univ., U.K.

TH1D-1
A Wideband / Image-Rejection Distributed Mixer
Integrated with A CRLH Leaky Wave Antenna

TH1E-1
A Concurrent Dual-Band Doherty Power Amplifier

TH1D-2
Design and Performance of Beam-Forming Antenna with
Discrete Phase Shifter for Practical Millimeter-Wave
Communications Systems
Y. Sato, K. Fujita, H. Sawada, S. Kato, Tohoku Univ.,JAPAN

Room F (313+314)

Session TH1E

Reconfigurable antennas, Active Antennas

C.M. Wu, T. Itoh, UCLA, U.S.A.

Thursday, December 9

X. Li 1 , W. Chen 1 , Z. Zhang 1 , Z. Feng 1 , X. Tang 2 , K.
Mouthaan2, 1Tsinghua Univ., CHINA, 2National Univ. ofSingapore, SINGAPORE

TH1E-2Distortion Reduction of a GaN HEMT Doherty Power
Amplifier with a Series Connected Load

Tunable and Metamaterial Filters andResonators 2
Chairs : T. Nishino, Mitsubishi Electric Corp., JAPANM. Hangai, Mitsubishi Electric Corp., JAPANTH1F-1Compact CPW Dual-Band Bandpass Filters Based on
Semi-Lumped Elements and Metamaterial Concepts
M. Durán-Sindreu, J. Bonache, F. Martín, UniversitatAutònoma de Barcelona, SPAIN

TH1F-2Multiplexers Using Unit-Cell Filters of CRLH TLs
H.-R. Ahn, T. Itoh, UCLA, U.S.A.

S. Kawai, Y. Takayama, R. Ishikawa, K. Honjo, The Univ. ofElectro-Communications, JAPANTH1D-3
Millimeter Wave Frequency Reconfigurable Quasi-Yagi
Antenna

TH1E-3
Analysis and Optimization of Asymmetric Sequential
Power Amplifier

TH1F-3Novel Miniaturized Triplexer Using Substrate Integrated
Technology

P.-Y. Qin1,2, A.R. Weily2, Y.J. Guo2, C.-H. Liang1, 1Xidian
Univ., CHINA, 2CSIRO ICT Centre, AUSTRALIAY. Park, B. Ham, Hankuk Univ. of Foreign Studies, REPUBLIC of KOREA

A. Corona-Chavez 1,2 , T. Itoh 1 , 1 UCLA, U.S.A., 2 INAOE,
MEXICO

TH1D-4
A Reconfigurable Orthogonal Antenna Array (ROAA) For
Scanning Beam at 5.8GHz

TH1E-42.4GHz High-Efficiency Power-Combining Class-E
Amplifier with Transmission-Line Harmonic Traps

M.T. Ali1, T.A. Rahman2, M.R. Kamarudin2, M.N. Md Tan1,
M.F. Jamlos 2 , 1 Universiti Teknologi Mara (UiTM),
MALAYSIA, 2Universiti Teknologi Malaysia, MALAYSIA

M. Thian1, V. Fusco1, P. Gardner2, 1Queen’s Univ. Belfast,
U.K., 2Univ. of Birmingham, U.K.

TH1F-4
The Design and Fabrication of a High Selectivity Bandpass
Filter Based on Composite Right/Left-Handed (CRLH)
Material

TH1D-5
Analysis of Third-Order Intermodulation Distortion in BST
Varactors

T.-C. Chou, C.-W. Huang, C.-Y. Chen, National Univ. of
Tainan, TAIWAN

TH1F-5
A Loop Resonator Tunable Filter Using Phase Shifters
A. Taslimi, K. Mouthaan, National Univ. of Singapore,
SINGAPORE

M.F. Abdul Khalid, A.S. Holland, J.R. Scott, K. Ghorbani,
RMIT Univ., AUSTRALIA

10:50 – 12:30
Room D (304)

Room E (311+312)

Session TH2D

Si-Based Milliimeter-Wave ICs

Chairs : K.-L. Wong, National Sun Yat-sen Univ.,
TAIWANM. Fujimoto, Univ. of Fukui, JAPAN

Chairs : T. Nagatsuma, Osaka Univ., JAPANK. Sano, NTT Corp., JAPANTH2D-1
Adaptive Control of Radiation Patterns for Monopole
Antenna with Frequency-Selective Reflector with Loading
Varactor

TH2E-160-80GHz Frequency Doubler Operating Close to fmax
G. Liu, A.Ç. Ulusoy, A. Trasser, H. Schumacher, Ulm Univ.,
GERMANYY. Hoshino, A. Saitou, K. Honjo, The Univ. of ElectroCommunications, JAPANTH2D-2Compact Linear Antenna Arrays for MIMO Applications

Room F (313+314)

Session TH2E

MIMO Antennas

Thursday, December 9
Session TH2F

Miniaturized and Multi-Band Directional
Couplers
Chairs : C.-H. Tseng, National Taiwan Univ.,
TAIWANT. Kawai, Univ. of Hyogo, JAPANTH2F-1A Miniaturized Wide Band Micromachined Directional
Coupler
C.-P. Lin, Y.-H. Li, C.F. Jou, National Chiao Tung Univ.,
TAIWAN

TH2E-2
A 50-mW, 386GHz/mm2 Wideband Amplifier in 0.13-µm
CMOS Technology

TH2F-2
A Novel Microstrip Forward Directional Coupler Using
Defected Ground Structure

H.-K. Chen1, T. Wang2, K.-T. Lin1, H.-C. Chen3, S.-S. Lu1, 1National
Taiwan Univ., TAIWAN, 2 Chang Gung Univ., TAIWAN, 3 National
Taiwan Univ. of Science and Technology, TAIWAN

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

TH2D-3
MIMO Antenna with Isolation Enhancement for WirelessUSB Dongle Application at WLAN Band

TH2E-3
An Innovative Injection-Locked Frequency Divider withTransformer Transconductance-Boosted Technique

TH2F-3Dual-Band Rat-Race Coupler Design in Multilayer LTCC

Z. Li, M.-S. Han, X. Zhao, J. Choi, Hanyang Univ., REPUBLIC
of KOREA

Y.-L. Yeh1, H.-Y. Chang1, K. Chen2, S.-H. Wu2, 1National
Central Univ., TAIWAN, 2Industrial Technology ResearchInstitute (ITRI), TAIWAN

TH2D-4
A Polarization Diversity MIMO Antenna design for
WiMAX Dongle Application

TH2E-4

L.-C. Chang 1,2 , C.-H. Tsai 1 , Powen Hsu 2 , C.-C. Liu 1 ,1 Industrial Technology Research Institute, TAIWAN,
2National Taiwan Univ., TAIWAN

Y.-H. Kuo 1 , J.-H. Tsai 2 , W.-H. Chou 1 , T.-W. Huang 1 ,1National Taiwan Univ., TAIWAN, 2National Taiwan Normal
Univ., TAIWAN

C.-H. Wu, C.-H. Tseng, National Taiwan Univ. of Scienceand Technology, TAIWAN

TH2D-5Compact Dual-Band MIMO Antenna with High Isolation
Performance

TH2E-5116GHz CMOS Injection Locked Oscillator with
–99.3dBc/Hz at 1MHz offset Phase Noise

TH2F-5

I. Yeom 1 , J. Kim 2 , C. Jung 1 , 1 Seoul Nation Univ. ofTechnology, REPUBLIC of KOREA, 2 MobiTech Corp.,
REPUBLIC of KOREA

M. Motoyoshi1,2, M. Fujishima1, 1Hiroshima Univ., JAPAN,
2The Univ. of Tokyo, JAPANL.K. Yeung, The Chinese Univ. of Hong Kong, HONG
KONG

Admittance-Transforming Injection-Locked Frequency Divider
and Low-Supply-Voltage Current Mode Logic Divider

13

T.-M. Shen, C.-R. Chen, T.-Y. Huang, R.-B. Wu, National
Taiwan Univ., TAIWAN

TH2F-4
A Compact Branch-Line Coupler Using π-Equivalent
Shunt-Stub-Band Artificial Transmission Lines

Directional Couplers from 30 to 140GHz in Silicon
B. Laemmle1, K. Schmalz2, C. Scheytt2, A. Koelpin1, R.
Weigel1, 1Univ. of Erlangen-Nuremberg, GERMANY, 2IHP
Microelectronics GmbH, GERMANYTECHNICAL SESSIONS
Thursday, December 9

14:00 – 15:40

Room A (301)

Room B (302)

Room C (303)

Session TH3A

Session TH3B

Session TH3C

Wireless Transciever and Receier IC Design Highly-Integrated Planar Filter / Resonator Electromagnetic Wave Theory 1
Techniques
Chairs : E. Rius, Université de Bretagne Occidentale, Chairs : S. Watanabe, Aoyama Gakuin Univ., JAPANFRANCE
S. Narahashi, NTT DOCOMO INC.,JAPAN

K. Okubo, Okayama Prefectural Univ.,
JAPAN

TH3A-1
A 0.5-5.5GHz Low Even-Order Distortion CMOS
Current-Reused Front-End for Wideband RF Receivers

TH3B-1
A 77-GHz CMOS On-Chip Bandpass Filter Using SlowWave Stepped-Impedance Resonators

R.-F. Ye1, K.-S. Chen1, T.-S. Horng1, J.-M. Wu2, 1National
Sun Yat-sen Univ., TAIWAN, 2National Kaohsiung Normal
Univ., TAIWAN

H.-R. Lin1, C.-Y. Hsu1, L.-K. Yeh1, H.-R. Chuang1, C.-Y.
Chen2, 1National Cheng Kung Univ., TAIWAN, 2National
Univ. of Tainan, TAIWAN

TH3C-1Creating a Terrahertz Wave Source Through Nonlinear
Sum Frequency Generation in a Microwave Pumped
Ferroelectric Crystal

TH3A-2A 41-mW Single-IF Dual Conversion CMOS Receiver for
5-GHz Wireless LAN

TH3B-2A Compact Millimeter-Wave CMOS Bandpass Filter
Using Stepped-Impedance Cross Resonator

TH3C-2
Efficiency Analysis and Optimal Design of a Circular Loop
Resonant Coil for Wireless Power Transfer

D. Oh, M. Cha, I. Choi, I. Kwon, Ajou Univ., REPUBLIC of
KOREA

Y.-M. Chen, S.-F. Chang, C.-L. Wei, National Chung Cheng
Univ., TAIWAN

H.-C. Son 1 , J.-W. Kim 2 , Y.-J. Park 1 , K.-H. Kim 1 , 1 Korea
Electrotechnology Research Institute (KERI), REPUBLIC of KOREA,
2Univ. of Science and Technology (UST), REPUBLIC of KOREA

TH3A-3A 2.5-2.7 GHz Pseudo-Cascode CMOS Receiver FrontEnd with Integrated Unequal-Turn-Ratio Transformer
Balun

TH3B-3High Performance Resonators for MM-Wave ICs

TH3C-3Frequency Shift in a Single Dielectric Resonator and in a
Chain of Coupled Resonators due to Time Change in
Permittivity

Chairs : K. Nishikawa, NTT Corp., JAPANT. T. Lee, Boeing, U.S.A.

F. Aghamoradi, I. McGregor, K. Elgaid, Univ. Of Glasgow,
U.K.

Y.-C. Lin1, K.-S. Chen1, T.-S. Horng1, J.-M. Wu2, 1National Sun Yat-sen
Univ., TAIWAN, 2National Kaohsiung Normal Univ., TAIWAN

J.F. Webb, Swinbunre Univ. of Technology, MALAYSIA

N. Sakhnenko, A. Nerukh, Kharkov National Univ. of RadioElectronics, UKRAINE

TH3A-4
A Compact K/Ka-Band Transceiver MMIC Using GaAs
3D-MMIC Technology

TH3B-4
A Compact Second Harmonic-Suppressed Bandpass Filter
Using π-Equivalent Transmission Lines

TH3C-4
Poynting Theorem for the Natural Modes of Open
Dielectric Resonators with Active Regions

T. Kaho, Y. Yamaguchi, K. Uehara, NTT Corp., JAPANC.-L. Chang, C.-H. Tseng, National Taiwan Univ. of Scienceand Technology, TAIWAN

A.I. Nosich1, E.I. Smotrova1, V.O. Byelobrov1, R. Sauleau2,
1IRE NASU, UKRAINE, 2Universite de Rennes, FRANCE

TH3B-5
UHF Band Semi-Lumped Active Notch Filter

TH3C-5
Scattering by Cylindrical Objects Buried in a Dielectric
Layer

D.L.H. Tong, J.-Y.L. Naour, J.-L. Robert, A. Louzir,
Technicolor R&I, FRANCE

Thursday, December 9

F. Frezza1, L. Pajewski2, C. Ponti2, G. Schettini2, 1Sapienza
Univ. of Rome, ITALY, 2Roma Tre Univ. of Rome, ITALY

16:00 – 18:00

Room A (301)

Room B (302)

Session TH4A

Session TH4B

Broadband and Millimeter-Wave Circuit APMC Special Session
Designs
Chairs : N. Suematsu, Tohoku Univ., JAPAN
Chairs : T. Tokumitsu, Sumitomo Electric Industries,
Ltd., JAPANR. Kagiwada, Northrop Grumman, U.S.A.
TH4A-1 (Invited)
Broadband Design Techniques and Technology for Future
Wireless and Wire-Line Applications

K. Ghorbani, RMIT Univ., AUSTRALIA

Room C (303)
Session TH4C
Electromagnetic Wave Theory 2
Chairs : A. I. Nosich, IRE NASU, UKRAINE
T. Shibata, NTT Corp., JAPAN

TH4B-1 (Invited)
Digitally Enhanced Linear Power Amplifiers

TH4C-1 (Invited)
A History of Applied Planar Electromagnetic Analysis

Prof. B. Kim, D. Kang, J. Moon, D. Kim, Pohang Univ. of
Science and Technology, REPUBLIC of KOREA

Dr. J.C. Rautio, Sonnet Software, Inc., JAPANTH4A-2
A 60GHz High Gain Transformer-Coupled Differential
Power Amplifier in 65nm CMOS

TH4B-2 (Invited)
Antenna-in-Package Technology: the Key to Success of
60-GHz Radio

TH4C-2
WCIP Acceleration

J.Y.-C. Liu1, Q.J. Gu1, T. LaRocca2, N.-Y. Wang1, Y.-C.
Wu1, M.-C.F. Chang1, 1UCLA, U.S.A., 2Northrop Grumman
Aerospace System, U.S.A.

Prof. Y.P. Zhang, Nanyang Technological Univ., SINGAPORE

N. Raveu 1 , L. Giraud 2 , H. Baudrand 1 , 1 Université deToulouse, FRANCE, 2INRIA Bordeaux Sud Ouest, FRANCE

TH4A-3
A 60GHz Frequency Down-Converter with Divided LO
Output in an 80GHz SiGe HBT Technology

TH4B-3 (Invited)
Millimeter Wave Integrated Circuit Techniques andTechnology

TH4C-3
Moment Method Solution Using Expansion Functions
Defined in an Infinite Domain for Antenna Problems

G. Liu, A.Ç. Ulusoy, A. Trasser, H. Schumacher, Ulm Univ.,
GERMANY

Prof. S.K. Koul, Indian Institute of Technology Delhi, INDIA

D. Malka, H. Matzner, Holon Institute of Technology (HIT),ISRAELDr. K.W. Kobayashi, K. Krishnamurthy, R. Vetury, Y.
McCleary, R. Hillermeier, J.B. Shealy, RF Micro Devices,
U.S.A.

TH4A-4A Dual-Gate Subharmonic Injection-Locked Oscillator
Using 0.5µm GaAs pHEMT Technology

TH4C-4
Bistatic Composite EM Scattering from PEC Object above
Rough Surface Based on KH-EFIE

F.-H. Huang, M.-H. Tsai, H.-Y. Chang, Y.-M. Hsin, National
Central Univ., TAIWAN

X.-M. Li1, C.-M. Tong2, S.-H. Fu1, J.-J. Li2, 1Missile Instituteof Air Force Engineering Univ., CHINA, 2Southeast Univ.,
CHINA

TH4A-5
A Low DC Power High Conversion Gain Frequency
Doubler IC for 22-29GHz UWB Applications

TH4C-5Complex Waves on Three-Dimensional Periodic Arrays of
Lossy or Lossless Magnetodielectric Spheres

J. Sun1, Q. Liu1, Y.-J. Suh1, T. Shibata2, T. Yoshimasu1,
1Waseda Univ., JAPAN, 2Denso Corp., JAPANR.A. Shore, A.D. Yaghjian, Air Force Research Lab., U.S.A.

14

TECHNICAL SESSIONS
14:00 – 15:40
Room D (304)
Session TH3D

Room E (311+312)

Thursday, December 9
Room F (313+314)

Session TH3E

Session TH3F

Metamaterial Antennas

Emerging Technologies on Active Circuits

Packaging Techniques and Functional Devices

Chairs : Z. Shen, Nanyang Technological Univ.,
SINGAPORE
N. Michishita, National Defense Academyof Japan, JAPAN

Chairs : Y. Itoh, Shonan Institute of Technology,
JAPAN
T. Tsukii, Raytheon, U.S.A.

Chairs : R.-B. Wu, National Taiwan Univ., TAIWAN
T. Kosugi, NTT Corp., JAPANTH3D-1
Realization of a Composite Right / Left-Handed LeakyWave Antenna with Circular Polarization

TH3E-1An Improved Planar W-Band Mixer with a novel DC/IF
Blocking Filter

TH3F-1
Copper Balls Interconnection Technology for 60GHz Band
3-D System-in-Package Modules

Y. Dong, T. Itoh, UCLA, U.S.A.

W. Zhao, Y. Zhang, M. Zhan, R. Xu, Z. Wang, Univ. ofElectronic Science and Technology of China, CHINA

S. Yoshida, S. Tanifuji, S. Kameda, N. Suematsu, T. Takagi,
K. Tsubouchi, Tohoku Univ., JAPANTH3D-2
Leakage Control in the CRLH Uniform Ferrite-Loaded
Open Waveguide Leaky-Wave Antenna using a
Transversally Extending Evanescent Waveguide Structure

TH3E-2
A Novel 8-Way Active Splitter for Broadband Gateway
Applications

TH3F-2
Misalignment Effects in Inter-Chip Wireless Connection
with Open-Ring Resonators

A. Noll, M/A-COM Technology Solutions, U.S.A.

M. Abe, Y. Okuyama, J.-P. Ao, Y. Ohno, The Univ. ofTokushima, JAPANTH3D-3Three-Dimensional Monolithic Frequency Selective
Structure with Dielectric Loading

TH3E-3
A Power Combining Amplifier Based on Composite Right/ Left-Handed Transmission Line

TH3F-3Cost-Effective 60-GHz Surface-Mount Antenna-Package
for Wireless File-Transfer System

A.K. Rashid, Z. Shen, Nanyang Technological Univ.,
SINGAPORE

J.-H. Yoo 1 , E.-K. Kim 1 , Y. Kim 1 , Y.-C. Yoon 2 , 1 Kumoh
National Institute of Technology, REPUBLIC of KOREA,
2Kwandong Univ., REPUBLIC of KOREA

R. Suga1, H. Nakano2, Y. Hirachi2, J. Hirokawa1, M. Ando1,
1 Tokyo Institute of Technology, JAPAN, 2 AMMSYS. Inc.,
JAPAN

TH3D-4Dual-Frequency Reflectarray Design Using Sandwiched
FSS

TH3E-4
Design of a Highly Efficient CMOS Rectifier for Passive
Communication Systems

TH3F-4
Radio-Frequency Bulk Acoustic Wave Duplexer with a
Differential Receiver Port

J. Li1, Q. Chen1, S. Qu1, Q. Yuan2, K. Sawaya1, 1Tohoku
Univ., JAPAN, 2 Sendai National College of Technology,JAPAN

J. Essel1, D. Brenk1, J. Heidrich1, G. Hofer2, G. Holweg2, R.
Weigel 1 , 1 Univ. of Erlangen-Nuremberg, GERMANY,
2Infineon Technologies, AUSTRIA

H. Zhang, W. Pang, Tianjin Univ., CHINA

TH3D-5Multifeed Triangular Lattice Dielectric EBG Antennas

TH3E-5
RF Energy Harvesting System at 2.67 and 5.8GHz

C. Biancotto, P. Record, Heriot-Watt Univ., U.K.

M. Arrawatia, M.S. Baghini, G. Kumar, Indian Institute ofTechnology Bombay, INDIA

TH3F-5
Plate Wave Resonator using Rotated Y-Cut Single Crystal
LiTaO3 Thin Film made by Ion Implant Technology

T. Kodera1, C. Caloz2, 1Yamaguchi Univ., JAPAN, 2École
Polytechnique of Montréal, CANADA

H. Kando, T. Iwamoto, T. Yoneda, N. Hayakawa, H.
Iwamoto, K. Araki, I. Hatsuda, Y. Nagao, Y. Yoshii, Murata
MFG Co., Ltd., JAPAN

16:00 – 18:00
Room D (304)

Room E (311+312)

Session TH4D

Session TH4E

Antennas for Wireless Systems

Advanced Technologies
Chairs : S. Lucyszym, Imperial College London, Amplifiers, and Oscillators
U.K.
Y. Okano, Tokyo City Univ., JAPAN
TH4D-1 (Invited)
Design of a Compact Wideband UHF RFID Tag Antenna
Prof. J. Choi, U. Kim, Hanyang Univ., REPUBLIC of
KOREA

TH4D-2Fractal GPS Antenna Design on Piezoelectric Substrate
T.-C. Tang1, C.-H. Tsai1, K.-H. Lin1, Y.-T. Huang2, C.-Y.
Chen2, 1National Sun Yat-San Univ., TAIWAN, 2TAI-SAW
Technology Co., Ltd., TAIWAN

Thursday, December 9
Room F (313+314)
Session TH4F

on

Devices, CMOS Frequency Converters

Chairs : R. Pokharel, Kyushu Univ., JAPANK. Okada, Tokyo Institute of Technology,
JAPAN

Chairs : N. Itoh, Toshiba Corp., JAPANK. Suyama, Epoch Microelectronics, Inc.,
U.S.A.

TH4E-1 (Invited)Radio-Frequency Nanoelectronics: a New Paradigm inElectronic System Design

TH4F-1
Wide-Band Direct Sampling Mixer with Complex-Pole
Synthesis

L. Pierantoni1, F. Coccetti2, 1Universita Politecnica delle
Marche, Italy, 2LAAS-CNRS, France

H. Shiozaki, K. Araki, Tokyo Institute of Technology, JAPANTH4E-2
A New Estimation Method of Efficiency for Class-E Power
Amplifier Operated above Theoretical Maximum
Operation Frequency
C.-C. Shen1, H.-Y. Chang1, C.-S. Chen2, 1National Central Univ., TAIWAN,
2Industrial Technology Research Institute, TAIWAN

TH4D-3
A Planar Yagi-Uda Antenna with a Meandered Driven
Dipole and a Concave Parabolic Reflector

TH4E-3A Highly Efficient Reconfigurable 130nm CMOS-SOI RF
Power Amplifier for Multi-Radio Emitter

H.-C. Huang1,2, J.-C. Lu1, P. Hsu1, 1National Taiwan Univ.,
TAIWAN, 2Nokia Corp., CHINA

L. Andia 1,2 , D. Belot 1 , M. Villegas 2 , G. Baudoin 2 , 1 ST
Microelectronics, FRANCE, 2Université Paris Est Marne laVallée, FRANCE

TH4D-4
Reconfigurable Multi-Slot Multi-Port Antennas Using RFMEMS Switches for Handheld Devices

TH4E-4Microwave Transmitter Module Integrating Slot Array
Antenna, Push-Push Oscillator and PSK Modulator

C.-Y. Chiu, R.D. Murch, The Hong Kong Univ. of Scienceand Technology, HONG KONG

T. Tanaka, H. Otani, M. Aikawa, Saga Univ., JAPAN

TH4D-5
A New Compact Filtering Antenna Using Defected
Ground Resonator

TH4E-530 and 90MHz Oscillators Operating Through 450 and
470˚C for High Temperature Wireless Sensors

C.-T. Chuang, S.-J. Chung, Nation Chiao-Tung Univ., TAIWAN

G.E. Ponchak, M.C. Scardelletti, J.L. Jordan, NASA Glenn
Research Center, U.S.A.

15

TH4F-2
Design Optimization of a 1.4GHz Low Power Bulk-Driven
Mixer
C.-H. Li, C.-N. Kuo, National Chiao Tung Univ., TAIWAN

TH4F-3
5GHz Band Low Phase Noise Si-CMOS Oscillator with
Flip-Chip Mounted FBAR
T.T. Ta, K. Ando, S. Tanifuji, S. Kameda, N. Suematsu, T.
Takagi, K. Tsubouchi, Tohoku Univ., JAPAN

TH4F-4A Switched-Transformer, 76% Tuning-Range VCO in
90nm CMOS
Y. Huo1, T. Mattsson2, P. Andreani1,2, 1Lund Univ., SWEDEN,
2ST-Ericsson AB, SWEDEN

TH4F-5Back-Gate Coupled Current-Reused QVCO with Modified
STM Technique
P.-J. Chiu, K.-I. Wu, C.F. Jou, National Chiao Tung Univ.,
TAIWAN

TH4F-6
A Systematic Measurement Technique to Characterize
Bimodal Oscillation for CMOS Quadrature LC-VCO
S.-C. Shin, S.-W. Hsiao, J.C.-H. Poh, J. Laskar, Georgia
Institute of Technology, U.S.A.

TECHNICAL SESSIONS
Friday, December 10

8:50 – 10:30

Room A (301)

Room B (302)

Session FR1A

Session FR1B

High Frequency Low Noise Amplifier

Artificial Materials and Applications

Room C (303)
Session FR1C
Propagation and Interference

Chairs : I. Watanabe, NICT, JAPAN
Chairs : A. Sanada, Yamaguchi Univ., JAPANH. Chiou, National Central Univ., TAIWAN
T. Itoh, UCLA, U.S.A.

Chairs : S. Kameda, Tohoku Univ., JAPANF. Suginosita, NHK, JAPANFR1A-1A High-Gain and Low-Noise MMIC Amplifier Module
for a Ku-Band Compact Active Integrated Antenna

FR1B-1
Ferromagnetic Nanowire (FMNW) Self-Biased H-Plane
Resonance Isolator

FR1C-1
Influence of Hand Tremor for 60-GHz-Band Broadband WirelessCommunication Terminal Based on Advanced Kiosk Model

S. Kawasaki1, H. Seita2, M. Kawashima2, M. Hori3, K. Satoh4, Y.
Suzuki4, 1Japan Aerospace Exploration Agency, JAPAN, 2Kyoto Univ.,
JAPAN, 3Tokyo Univ. of Science, JAPAN, 4NTT DoCoMo. Inc., JAPANH. Razavipour, L.-P. Carignan, D. Ménard, A. Yelon, C.
Caloz, École Polytechnique de Montréal, CANADA

S. Tomita1, N.H. Tran1, Y. Miyake1, K. Komatsu1, H. Oguma2, N.
Izuka 3 , S. Tanifuji 1 , S. Kameda 1 , N. Suematsu 1 , T. Takagi 1 , K.
Tsubouchi1, 1Tohoku Univ., JAPAN, 2Miyagi Prefectual Government,JAPAN, 3SoftBank Telecom Corp., JAPANFR1A-2A High-Linearity Broadband 55-77GHz Differential LowNoise Amplifier with 20dB Gain in SiGe Technology

FR1B-2
Characteristics on Left-Handed Ferrite WaveguideFR1C-2Connection Probability Enhancement Using Artificial
Reflectors for Millimeter Wave Communications

D. Kissinger1, K. Aufinger2, T.F. Meister2, L. Maurer3, R. Weigel1, 1Univ.
of Erlangen-Nuremberg, GERMANY, 2 Infineon Technologies AG,
GERMANY, 3Danube Integrated Circuit Engineering (DICE), AUSTRIAK. Okubo 1 , M. Tsutsumi 2 , 1 Okayama Prefectural Univ.,
JAPAN, 2Fukui Univ. of Technology, JAPANS. Takahashi, H. Sawada, S. Kato, Tohoku Univ., JAPANFR1A-3A 24-GHz 3.8-dB NF Low-Noise Amplifier with Built-In
Linearizer

FR1B-3
Manipulating Polarization of Electromagnetic Waves
Through Controllable Metamaterial Absorber

FR1C-3
Measured Downlink Throughput Performance of Mobile
Broadband Wireless Access System in Suburban Area

Y.-H. Kuo 1 , J.-H. Tsai 2 , W.-H. Chou 1 , T.-W. Huang 1 ,1National Taiwan Univ., TAIWAN, 2National Taiwan Normal
Univ., TAIWAN

B. Zhu1, C. Huang1, J. Zhao1, T. Jiang1,2, Y. Feng1,2, 1Nanjing
Univ., CHINA, 2Southeast Univ., CHINA

H. Oguma1,2, S. Kameda1, N. Izuka3, Y. Asano3, Y. Yamazaki3, N.
Suematsu1, T. Takagi1, K. Tsubouchi1, 1Tohoku Univ., JAPAN, 2Miyagi
Prefectural Government, JAPAN, 3Softbank Telecom Corp., JAPANFR1A-4A 24-GHz Low Power Low Noise Amplifier Using
Current Reuse and Body Forward Bias Techniques in
0.18-µm CMOS Technology

FR1B-4
Radiation Characteristics of Waveguide-Type ZerothOrder Resonator

FR1C-4
Considerations and Experiments for Stable Ship Mobile
Reception of Terrestrial Digital Television Waves

K. Shimizu, H. Kubo, A. Sanada, Yamaguchi Univ., JAPANK. Haeiwa1, T. Kamio1, H. Kondo2, S. Iwaki3, T. Kotani3, T. Ueta3,
1Hiroshima City Univ., JAPAN, 2RCC Broadcasting, JAPAN, 3NHK
Integrated Technology, JAPANFR1B-5
2D Zeroth Order Resonator with Non-Planar Metamaterial
Composed of Metal Rods

FR1C-5
Performance Evaluation of ATSC-DTV Receivers in the
Presence of ISDB-T Interference Signal

T. Yamamoto, A. Sanada, H. Kubo, T. Kodera, Yamaguchi
Univ., JAPANS.W. Choi, H.J. Hong, Electronics and Telecommunications
Research Institute, REPUBLIC of KOREA

C.-C. Kuo, H. Wang, National Taiwan Univ., TAIWAN

FR1A-5A High Performance V-Band Low Noise Amplifier Using
Thin-Film Microstrip (TFMS) Lines in 0.13µm CMOS
Technology
H.-K. Chiou, K.-Z. Lee, S.-J. Wu, National Central Univ.,
TAIWAN

Friday, December 10

10:50 – 12:30

Room A (301)
Session FR2A

Room B (302)
Session FR2B

Room C (303)
Session FR2C

CMOS Power Amplifiers

Advances in Coupler / Balun Technologies

Radar and Imaging Systems

Chairs : S. Tanaka, Renesas Electronics Corp., JAPANS. Shinjo, Mitsubishi Electric Corp., JAPAN

Chairs : K. Wu, Ecole Polytechnique, CANADA
I. Toyoda, NTT Corp., JAPAN

Chairs : A. Hirose, Tokyo Univ., JAPANT. Kashiwa, Furuno Electric Co., Ltd.,JAPANFR2A-1
Design Considerations for 60GHz CMOS Power
Amplifiers

FR2B-1A Novel Compact Planar Crossover with Simple Design
Procedure

FR2C-1
Design of Sparse MIMO Arrays for Short Range Imaging
Applications

Y. He, D. Zhao, L. Li, P. Reynaert, Katholieke Universiteit
Leuven, BELGIUM

X. Liu, C. Yu, Y. Liu, S. Li, F. Wu, M. Su, Beijing Univ. ofPosts and Telecommunications, CHINA

F. Gumbmann, L.-P. Schmidt, Univ. of Erlangen-Nuremberg,
GERMANYFR2A-2
A 57-66GHz Medium Power Amplifier in 65-nm CMOS
Technology

FR2B-2
A Novel H-Plane Waveguide Intersection

FR2C-2
Autofocus Imaging Simulation for Through-Wall Radarby Using FDTD with Unknown Wall Characteristics

C.-Y. Hsieh, J.-J. Kuo, Z.-M. Tsai, K.-Y. Lin, National
Taiwan Univ., TAIWAN

H. Ikeuchi1, S. Matsumoto2, T. Kawai1, M. Kishihara3, I.
Ohta1, 1Univ. of Hyogo, JAPAN, 2Furuno Electric Co.,Ltd.,JAPAN, 3Okayama Prefectural Univ., JAPANX. Gu, Y. Zhang, Chinese Academy of Sciences (CAS),
CHINA

FR2A-3
Analysis and Design of Series Combining Transformers
for Integrated Doherty Power Amplifiers

FR2B-3Development of a Defected Ground Structure Wide
Bandwidth Balun on Multilayer Organic Substrate

FR2C-3
Evaluation of Effective Radius Retrieved by FMCW CPR
FALCON-I from Hedo Observation in 2008

E. Kaymaksüt, B. François, P. Reynaert, Katholieke
Universiteit Leuven, BELGIUM

H. Ta, A. Stameroff, A.-V. Pham, Univ. of California, Davis
U.S.A.

J. Yamaguchi1, T. Takano2, Y. Kawamura2, H. Abe2, T. Takamura2, H.
Takenaka 2 , G. Pandithurai 3 , Y. Ishizaka 4 , T. Kimura 1 , 1 Japan
Aerospace Exploration Agency, JAPAN, 2Chiba Univ., JAPAN, 3Indian
Institute of Tropical Meteorology, INDIA, 4Aichi Gakuin Univ., JAPANFR2A-465nm and 32nm Single NMOS Amplifier Non-Linear
Study for Transducer Gain Optimization and Load-Pull
Measurements

FR2B-4
A Compact Coupler Incorporating Novel Planar
Resonators for Resonant Coupling Wireless Power / Data
Transfer Systems

FR2C-4
Millimeter Wave FMCW Radar System Simulations
Including a 3D Ray Tracing Channel Simulator

R. Paulin, F. Blanchet, P. Garcia, STMicroelectronics,
FRANCE

Y. Shirakata, S. Koshikawa, J.X. Ge, H. Mizutani, Yokowo
Co., Ltd, JAPANFR2A-5
Measurement of Integrated PA-to-LNA Isolation on Si
CMOS Chip

FR2B-5180-Degree Substrate Integrated Waveguide Hybrid and
Its Application to Broadband Millimeter-Wave Single
Balanced Mixer Design

R. Minami, J.Y. Hong, D. Imanishi, K. Okada, A.
Matsuzawa, Tokyo Institute of Technology, JAPANZ.-Y. Zhang, K. Wu, Y.R. Wei, École Polytechnique deMontréal, CANADA

16

M. Dudek1, R. Wahl2, D. Kissinger1, R. Weigel1, G. Fischer1,
1Friedrich-Alexander Univ., GERMANY, 2AWE-Communications
GmbH, GERMANY

FR2C-5Multi-frequency Radar Systems for Monitoring Vital Signs
L. Chioukh1, H. Boutayeb1, D. Deslandes2, K. Wu1, 1École
Polytechnique de Montréal, CANADA, 2 Université duQuébec À Montréal (UQAM), CANADATECHNICAL SESSIONS
8:50 – 10:30
Room D (304)
Session FR1D

Room E (311+312)

Friday, December 10
Room F (313+314)

Session FR1E

Session FR1F

Advances in Reflector and Slot Antennas

MIMO Systems

Transmission Lines and Waveguide 2

Chairs : Q. Yuan, Sendai National College ofTechnology, JAPANN. Kuga, Yokohama National Univ.,
JAPAN

Chairs : S. K. Koul, Indian Institute of Technology,
INDIA
K. Nishimori, Niigata Univ., JAPAN

Chairs : Y. Isota, Akita Prefectual Univ., JAPANC.-P. Chen, Kanagawa Univ., JAPANFR1D-1
Plane-Wave Excited Lens / Reflector Antennas Made of
Uniaxially Anisotropic Metamaterials

FR1E-1
Optimization of Diversity Antenna Directivities Based on
Spherical Mode Expansion

S.-W. Qu1, J.-F. Li1, Q. Chen1, Q. Yuan2, K. Sawaya1, Z.-F.
Ji 3 , 1 Tohoku Univ., JAPAN, 2 Sendai National College ofTechnology, JAPAN, 3Southeast Univ., CHINA

M. Arai, M. Iwabuchi, K. Sakaguchi, K. Araki, Tokyo
Institute of Technology, JAPANFR1F-1
A 79-GHz LTCC Differential Microstrip Line toLaminated Waveguide Transition Using High Permittivity
Material

FR1D-2Integrated Wideband Dipole Antenna for Pulse BeamFormability by Using 0.18µm CMOS Technology

FR1E-2
Two-Element Particle Isolator to Reduce Mutual Couplingin Rod-Antenna Arrays

FR1F-2
A Post-Wall Waveguide (SIW) Matched Load with ThinFilm Resistor

N.N.M. Khanh, M. Sasaki, K. Asada, The Univ. of Tokyo,
JAPAN

S. Werner1,2, L. Vietzorreck2, A. Hirose1, 1The Univ. of Tokyo,
JAPAN, 2Technische Universitat Munchen, GERMANY

H. Uchida, M. Nakayama, A. Inoue, Y. Hirano, Mitsubishi
Electric Corp., JAPANFR1D-3
Reflectarray Antenna Consisting of Circular Disk
Elements: Design and Measurement

FR1E-3
Improving Spectral Efficiency of Multiuser-MIMO
Distributed Antenna Systems by Inter-Cluster Interference
Cancellation

FR1F-3On the Transition from Radiating to Guiding Behavior of
the Half-Mode Substrate Integrated Waveguide

H. Hasani1, M. Kamyab1, A. Mirkamali2, H. Eskandari3,
1 K.N. Toosi Univ. of Technology, IRAN, 2 Zanjan Univ.,
IRAN, 3Urmia Univ., IRAN

K. Maruta, T. Maruyama, A. Ohta, J. Mashino, M.
Nakatsugawa, NTT Corp., JAPANFR1D-4
A Novel Circular Polarization Switchable Slot-Ring Array
Antenna with Orthogonal Feed Circuit

FR1E-4
LOS and NLOS Capacity Components in MIMO Rice
Fading Channels

Y. Ushijima, S. Feng, E. Nishiyama, M. Aikawa, Saga Univ.,
JAPAN

V.M. Vergara1, S.E. Barbin2, 1Univ. of New Mexico, U.S.A.,
2Univ. of São Paulo, BRAZIL

X. Wang, A. Stelzer, Johannes Kepler Univ. of Linz, AUSTRIA

Q. Lai1, C. Fumeaux2, W. Hong1, 1Southeast Univ., CHINA,
2The Univ. of Adelaide, AUSTRALIA

FR1F-4
Crosstalk in Parallel Slotlines
V. Kotlan1, J. Machac1, F. Mesa2, R. Rodriguez-Berral2,
1 Czech Technical Univ. in Prague, CZECH REPUBLIC,
2Univ. of Seville, SPAIN

FR1D-5A Compact Simple Structured Filtering Antenna Utilizing
Filter Synthesis Technique

FR1F-5Ultra Wideband Three-Channel Rotary Joint Design Using
Curved Double-Ridged Waveguide

C.-K. Lin, S.-J. Chung, National Chaio Tung Univ., TAIWAN

A.R. Mallahzadeh, H. Ahmadabadi, Shahed Univ., IRAN

10:50 – 12:30
Room D (304)
Session FR2D

Room E (311+312)
Session FR2E

Friday, December 10
Room F (313+314)
Session FR2F

Millimeter Wave Antennas, Antenna System

Sensing and Measurements 2

Innovative Non-Planar Filter Techniques

Chairs : Y. P. Zhang, Nanyang Technologcal Univ.,
SINGAPORE
J. Takada, Tokyo Institute of Technology,
JAPAN

Chairs : H. Morishita, National Defence Academy,JAPAN
M. Ameya, National Institute of Advanced
Industrial Science and Technology, JAPAN

Chairs : D. C. Park, Chungnam National Univ.,
REPUBLIC of KOREA
Y. Zhang, Ryukoku Univ., JAPANFR2D-1
A 60-GHz LTCC Microstrip Grid Array Antenna

FR2E-1An Improved Image-based Near-Field-to-Far-Field
Transformation

FR2F-01
Design of Predistorted SIW Bandpass Filter with 6dB
OffsetA. Osipov1, H. Kobayashi2, H. Suzuki3, 1German Aerospace
Center (DLR), GERMANY, 2Niigata Univ., JAPAN, 3KEYCOM
Corp., JAPANZ. Zakaria, I.C. Hunter, B.H. Ahmad, Univ. of Leeds, U.K.

FR2D-2
A 60-GHz Rectangular Slot Antenna with Backed Cavity
in LTCC

FR2E-2
ERP / EIRP Measurement of a Mobile Phone in CTL Cell
Using Half-wave Dipole and Optical Link

FR2F-02
Stopband Improvement of Substrate Integrated Waveguide
Filters Using Slotted Ground Structures

Y.-F. Lu1, K.-F. Hung2, Y.-C. Lin1, 1National Taiwan Univ.,
TAIWAN, 2MediaTek Inc., TAIWAN

I.-K. Cho1, U. Park2, J.-I. Mun1, S.-M. Kim1, W.-J. Byun1, C.-J. Kim1,
J.-H. Yun1, 1Electronics and Telecommunications Research Institute(ETRI), REPUBLIC of KOREA, 2Kangwon National Univ. REPUBLIC
of KOREA

M. Salehi, E. Mehrshahi, R. Rezaiesarlak, Shahid Beheshti
Univ., IRAN

FR2D-3
Analysis of Synthetic Cylindrical Array Beam-Forming in
Presence of the Elements Position-Error for SemiAnechoic Chamber Evaluation

FR2E-3
A 100GHz Grooved Circular Empty Cavity for Low Loss
Dielectric Substrate Measurements in W Band

FR2F-03
A Novel Coaxial-Excited FSS-Loaded Waveguide Filter
with Multiple Transmission Zeros

T. Shimizu 1 , S. Akasaka 2 , Y. Kawahara 2 , Y. Kogami 1 ,1 Utsunomiya Univ., JAPAN, 2 Kawashima ManufacturingCo., Ltd., JAPANM. Ohira1, Z. Ma1, H. Deguchi2, M. Tsuji2, 1Saitama Univ.,
JAPAN, 2Doshisha Univ., JAPANFR2D-4
Detection of SSR Signals in Multipath Airport
Environments by a Multichannel Receiver

FR2E-4
Preliminary Investigations of Mutual Coupling Effect on
Near-Field Beam Focusing

FR2F-04
Coaxial Combline Filters Using the Stepped-Impedance
Resonators

C. Reck1, U. Berold2, L.-P. Schmidt1, 1Univ. of ErlangenNuremberg, GERMANY, 2iAd GmbH, GERMANY

H.-S. Lui 1 , H.T. Hui 2 , M. Persson 1 , 1 Chalmers Univ.of
Technology, SWEDEN, 2 National Univ. of Singapore,
SINGAPORE

H.-H. Chen1, R.-C. Hsieh2, Y.-T. Shih3, Y.-H. Chou3, M.-H. Chen1,
1 National First Univ. of Science and Technology, TAIWAN, 2 JITAITechnology Co., Ltd., TAIWAN, 3Huafan Univ., TAIWAN

FR2D-5
An Experimental Study of Novel Scanning System
Suitable for UWB Radar Application

FR2E-5
Electromagnetic Field Intensity on Cross-Arm Structures
Caused by Electrical Arcing

FR2F-05
The Suspended Stripline BPF of Cross Coupling Design
Using Quasi-Lumped Approach

F. Sakai, K. Ohta, Sakura Tech Corp., JAPANA. Bojovschi, Ferry, K.L. Wong, W.S.T. Rowe, RMIT Univ.,
AUSTRALIA

P.-F. Chen, M.-H. Ho, W. Hong, National Changhua Univ.
of Education, TAIWAN

M. Sun1, Y.P. Zhang2, 1Institute for Inforcomm Research,
SINGAPORE, 2Nanyang Technological Univ., SINGAPORE

K. Priandana1, M. Ghoraishi1, J. Takada1, M. Ameya2, S. Kurokawa2,
M. Hirose2, 1Tokyo Institute of Technology, JAPAN, 2National Instituteof Advanced Industrial Science and Technology, JAPAN

17

TECHNICAL SESSIONS
Friday, December 10

14:00 – 15:40

Room A (301)

Room B (302)

Session FR3A

Session FR3B

Room C (303)
Session FR3C

Microwave Control Circuits

Multi Band Filters

Chairs : T. Tanaka, Saga Univ., JAPAN
J.J. Brogle, M/A-COM, U.S.A.

Chairs : J.-T. Kuo, Chang Gung Univ., TAIWAN
T. Shimizu, Utsunomiya Univ., JAPANFR3A-1
Dual-Band Class III Loaded-Line Phase Shifters

FR3B-1High Isolation, Compact Microstrip Diplexers Using
Quarter-Wave Stepped-Impedance Resonators

FR3C-1
Peak Power Measurement of UWB Transmissions using
50-MHz Bandwidth Gaussian Filter

W.-T. Hung, S.-Y. Chang, S.-Y. Chen, National Taiwan
Univ., TAIWAN

K. Mochizuki, Y. Kimura, H. Watanabe, M. Uchino, Anritsu
Corp., JAPANFR3A-3
Design of a K-band Low Insertion Loss Variation Phase
Shifter Using 0.18-µm CMOS Process

FR3B-2A Filter Synthesis Method for Quasi-Elliptic DualPassband Filters

FR3C-2
A Stepped Flange Waveguide Technique for Determining
Tapered R-Card Sheet Impedance

C.-H. Wu1, W.-T. Li2, J.-H. Tsai1, T.-W. Huang1, 1National
Taiwan Univ., TAIWAN, 2National Taiwan Normal Univ.,
TAIWANH. Lee, J. Lee, Y. Lim, Chonnam National Univ., REPUBLIC
of KOREA

J.P. Massman1, M.J. Havrilla1, K.W. Whites2, M.W. Hyde1,
1Air Force Institute of Technology, U.S.A., 2South Dakota
School of Mines and Technology, U.S.A.

FR3A-4
A 50Watt Monolithic Surface-Mount Series-Shunt PIN
Diode Switch with Integrated Thermal Sink

FR3B-3Compact Dual-Band Microstrip Bandpass Filter Using
Folded Linear Tapered-Line Resonator

FR3C-3
Discussions on Microwave Measurement of Permittivity
Anisotropy in the Plane of Dielectric Laminate Substrates

J.J. Brogle 1 , R.J. Hubert 2 , T.E. Boles 1 , 1 M/A-COM
Technology Solutions Inc., U.S.A., 2Hittite Microwave Corp.,
U.S.A.

M.A. Nikravan, Z. Atlasbaf, Tarbiat Modares Univ., IRAN

S. Wadayama 1 , Y. Kobayashi 2 , Z. Ma 1 , 1 Saitama Univ.,
JAPAN, 2SUMTEC (Inc), JAPANFR3A-5Mathematical Analysis of Novel Low Phase Deviation
Variable Attenuator

FR3B-4
Series-Cascaded Rings Dual-Band Filter

FR3C-4The Effect of Dielectric Anisotropy and Metal Surface
Roughness

X. Tang, K. Mouthaan, National Univ. of Singapore,
SINGAPORE

Y. Kim, S. Shim, T. Moon, G. Chaudhary, Y. Jeong,
Chonbuk National Univ., REPUBLIC of KOREA

Friday, December 10

Z.I. Khan, M.K.M. Salleh, N.Z. Zakaria, Universiti
Teknologi MARA (UiTM), MALAYSIA

Microweave and Milimeter-Wave Measurement
Techniques
Chairs : T. Yakabe, UEC, JAPANK.-F. Fuh, National United Univ., TAIWAN

J.C. Rautio1, B.J. Rautio1, S. Arvas1, A.F. Horn III2, J.W.
Reynolds2, 1Sonnet Software, Inc., U.S.A., 2Rogers Corp.,
U.S.A.

FR3B-5LTCC Dual-Band Filters With Stripline and WaveguideResonators

FR3C-5
Method for Characterizing Dual-Layer Materials Using aFree Space Technique

G.-H. Huang, C.H. Chen, National Taiwan Univ., TAIWAN

N.H. Osman, C.E. Free, Univ. of Surrey, U.K.

16:00 – 18:00

Room A (301)

Room B (302)

Session FR4A

Session FR4B

Silicon Millimeter-Wave Circuits and Devices Multi Mode Filters

Room C (303)
Session FR4CVNA Measurements and ITS Applications

Chairs : N. Ono, Toshiba Corp., JAPANP. Reynaert, Katholieke Universiteit Leuven,
BELGIUM

Chairs : Z. Ma, Saitama Univ., JAPAN
Chairs : A. Ferrero, Politecnico di Torino, ITALY
Y. Lim, Chonnam National Univ.,
M. Horibe, AIST, JAPANREPUBLIC of KOREA

FR4A-1
A Wafer-Level-Chip-Size-Package Technique with
Inverted Microstrip Lines for MM-Wave Si CMOS ICs

FR4B-1 (Invited)
Dual-Mode Dual-Band Ring Resonator Bandpass Filter
with Transmission Zeros

FR4C-1 (Invited)
Multiport VNAs Measurements and Their Digital
Applications

Y. Kawai, S. Ujita, T. Fukuda, H. Sakai, T. Ueda, T. Tanaka,
Panasonic Corp., JAPANProf. J.-T. Kuo1, T.-W. Lin2, 1Chang Gung Univ., TAIWAN,
2National Chiao Tung Univ., TAIWAN

Prof. A. Ferrero, Politecnico di Torino, ITALYFR4A-2A High Performance Integrated Balun for 60GHz
Application in 65nm CMOS Technology

FR4B-2
A Novel Compact Triple-Mode Resonator for Microstrip
Bandpass Filter Design

FR4C-2An Unconventional VNA-Based Time-Domain Waveform
Load-Pull Test Bench

M. Ercoli, M. Kraemer, D. Dragomirescu, R. Plana, CNRS;
LAAS; Université de Toulouse, FRANCE

K.C. Lee, H.T. Su, M.K. Haldar, Swinburne Univ. ofTechnology, MALAYSIA

V. Teppati1, S. Pinarello2, A. Ferrero1, J. Mueller2, 1Politecnico
di Torino, ITALY, 2Infineon Technologies, GERMANY

FR4A-3
A Wideband Single-balanced Down-mixer for the 60GHz
Band in 65nm CMOS

FR4B-3Compact Substrate Integrated Waveguide (SIW)
Transversal Filter with Triple-Mode Microstrip Resonator

M. Kraemer, M. Ercoli, D. Dragomirescu, R. Plana, CNRS;
LAAS; Université de Toulouse, FRANCE

W. Shen1, W.-Y. Yin1,2, X.-W. Sun3, J.-F. Mao1, 1Shanghai Jiao Tong
Univ., CHINA, 2Zhejiang Univ., CHINA, 3Institute of Microsystem andInformation Technology of Chinese Academy of Sciences, CHINA

FR4C-3
Accurate On-Wafer Measurement of Orthogonal Four-Port
Networks Using the Thru-Reflection-Unequal-Line(TRuL) Calibration Method

FR4A-4
D-Band 3.6-dB-Insertion-Loss ASK Modulator with 19.5dB Isolation in 65-nm CMOS Technology

FR4B-4Microstrip Dual-Mode Bandpass Filter Using CPW-Fed
Triangular Loop Resonator with Controllable AttenuationPole

U. Yodprasit 1 , R. Fujimoto 2 , M. Motoyoshi 1,3 , K. Takano 1,3 , M.
Fujishima1, 1Hiroshima Univ., JAPAN, 2Semiconductor Technology
Academic Research Center (STARC), JAPAN, 3The Univ. of Tokyo,
JAPAN

FR4A-5 (Invited)
Silicon D-Band Wireless Transceivers and Applications
Prof. S.P. Voinigescu 1 , E. Laskin 1 , I. Sarkas 1 , K.H.K. Yau 1 , S.
Shahramian 1 , A. Hart 1 , A. Tomkins 1 , P. Chevalier 2 , J. Hasch 3 , P.
Garcia2, A. Chantre2, B. Sautreuil2, 1Univ. of Toronto, CANADA, 2ST
Micro Electronics, FRANCE, 3Robert Bosch GmbH, GERMANY

Y.-T. Chou, H.-C. Lu, Nation Taiwan Univ., TAIWAN

FR4C-4
Evaluation of a Multi-line De-Embedding Technique for
Millimeter-Wave CMOS Circuit Design

X.-G. Wang1, Y.-H. Cho1, K.-J. Chun2, S.-W. Yun1, 1Sogang Univ.,
REPUBLIC of KOREA, 2Seoul National Univ., REPUBLIC of KOREA

Q.-H. Bu, N. Li, K. Bunsen, H. Asada, K. Matsushita, K.
Okada, A. Matsuzawa, Tokyo Institute of Technology,
JAPAN

FR4B-560GHz CPW Dual-Mode Rectangular Ring Bandpass
Filter Using Integrated Passive Devices Process

FR4C-5Multiline Material Parameter Extraction Method
Performance Analysis

H.-C. Lu, C.-S. Yeh, S.-A. Wei, Y.-T. Chou, National
Taiwan Univ., TAIWAN

A. Rasku, H. Sillanpää, I. Hiltunen, R. Mäkinen, Tampere
Univ. of Technology, FINLAND

18

TECHNICAL SESSIONS
14:00 – 15:40
Room D (304)

Room E (311+312)

Session FR3D

Friday, December 10
Room F (313+314)

Session FR3E

Session FR3F

Mobile Antennas 2

Sensing and Measurements 1

MEMS and Tunable Devices

Chairs : M.E. Bialkowski, The Univ. of Queensland,
AUSTRALIA
K. Ogawa, Panasonic Corp., JAPAN

Chairs : T. Sakamoto, Kyoto Univ., JAPANS. Kurokawa, National Institute of Advanced
Industrial Science and Technology, JAPAN

Chairs : T. Nishino, Mitsubishi Electric Corp., JAPANM. Mah, AFOSR., U.S.A.

FR3D-1
Study of Coupled-Fed Shorted Monopole with a Radiating
Feed Structure for LTE / WWAN Laptop Computer
Applications

FR3E-1
A Three-Dimensional Imaging Algorithm for Airborne
Downwardlooking Multi-Channel SAR with Phase Error
Compensation

FR3F-1
RF MEMS Tunable Capacitors Based on Movable
Sidewalls in 3D Micromachined Coplanar Transmission
Lines

T.-W. Kang1, K.-L. Wong1, L.-C. Chou2, 1National Sun YatSen Univ., TAIWAN, 2Yageo Corp., TAIWAN

K.Y. Han1,2,3, W.X. Tan2,3, Y.P. Wang2,3, W. Hong2,3, 1Graduate Univ. ofChinese Academy of Sciences, CHINA, 2The National Key Lab. of Microwave
Imaging Technology, CHINA, 3Chinese Academy of Sciences, CHINA

U. Shah, M. Sterner, G. Stemme, J. Oberhammer, KTH Royal Institute of Technology, SWEDEN

FR3D-2Compact Broad Dual-Band PIFA Using SelfComplementary Structure for DVB-H Applications

FR3E-2
Wide Angle SAR Imaging with Missing Data Using
Tuning MAPES Method

FR3F-2Integration of Microwave MEMS Reconfigurable
Reflective Surfaces in Rectangular Waveguide Stubs

C. Yang 1 , J. Kim 2 , C. Jung 1 , 1 Seoul National Univ. ofTechnology, REPUBLIC of KOREA, 2 Mobithech Corp.,
REPUBLIC of KOREA

Q. Liu 1,2 , W. Tan 1,2 , Y. Wang 1,2 , W. Hong 1,2 , Y. Wu 1,2 ,1 National Key Lab. of Microwave Imaging Technology,
CHINA, 2Chinese Academy of Sciences, CHINA

M. Sterner1, D. Chicherin2, J. Åberg3, R. Sauleau4, A. Räisänen2, G.
Stemme1, J. Oberhammer1, 1KTH - Royal Institute of Technology, SWEDEN, 2Aalto Univ. School of Science and Technology, FINLAND,
3µCompNordic AB, SWEDEN, 4Université de Rennes 1, FRANCE

FR3D-3
Study of a Hearing Aid-Compatible Internal LTE /WWAN Bar-Type Mobile Phone Antenna

FR3E-3Compressive Sensing for High Resolution Radar Imaging

FR3F-3
Miniaturized RF MEMS Switch Cells for Crossbar Switch
Matrices

S.-C. Chen, K.-L. Wong, National Sun Yat-sen Univ., TAIWAN

L. Anitori1,2, M. Otten1, P. Hoogeboom1,2, 1TNO Defence,
Security and Safety, NETHERLANDS, 2Technical Univ. ofDelft, NETHERLANDS

K.Y. Chan1, R.R. Mansour2, R. Ramer1, 1Univ. of New South
Wales, AUSTRALIA, 2Univ. of Waterloo, CANADAFR3D-5
A Study of Using Re-Radiation Wearable Antenna for
Digital Terrestrial Broadcasting

FR3E-4On the Polarization Response Using Resonances for Target
Recognition

FR3F-4
Dielectric Charging in Capacitive RF MEMS Switches:
The Effect of Electric Stress

Y. Nakazato, Y. Okano, Tokyo City Univ., JAPAN

H.-S. Lui1, N.V. Shuley2, 1Chalmers Univ. of Technology,
SWEDEN, 2The Univ. of Queensland, AUSTRALIAN. Tavassolian1, M. Koutsoureli2, G. Papaioannou2, B. Lacroix1, J.
Papapolymerou1, 1Georgia Institute of Technology, U.S.A., 2National
Kapodistrian Univ. of Athens, GREECE

FR3E-5Six-Port-Based Direction-of-Arrival Detection System

FR3F-5
BST Tunability Study at DC and Microwave Frequencies
by Using IDC and MIM Capacitors

G. Vinci, A. Koelpin, F. Barbon, R. Weigel, Univ. ofErlangen-Nuremberg, GERMANY

B. Ouagague 1 , H.B. El-Shaarawy 1 , S. Pacchini 1 , S. Payan 2 , A.
Rousseau2, M. Maglione2, R. Plana1, 1CNRS; LAAS; Université deToulouse, FRANCE, 2 ICMCB; CNRS; Université Bordeaux 1,
FRANCE

16:00 – 18:00
Room D (304)

Room E (311+312)

Session FR4D

Session FR4E

Friday, December 10
Room F (313+314)
Session FR4F

Wideband Antennas

Propagation

Chairs : S.T. Kahng, Univ. of Incheon, REPUBLIC
of KOREA
T. Fukusako, Kumamoto Univ., JAPAN

Chairs : W. Hong, Southeast Univ., CHINA
N. Kita, NTT Corp., JAPANFR4D-1 (Invited)
Sectorised Horn Antenna Array Using an RF MEMS
Rotary Switch

FR4E-1
Investigation of Caustics Region Using Physical Optics
for Ray Tracing Simulation

FR4F-1
Quarter-Wave Parallel-Coupled and Interdigital Microstrip
Bandpass Filters with Generalized Chebyshev Response

Prof. S. Lucyszyn1, S. Pranonsatit2, A.S. Holmes1, 1Imperial
College London, U.K., 2Kasetsart Univ., THAILAND

Y. Kishiki1,2, J. Takada2, G.S. Ching1, H. Takao3, Y. Sugihara3, S.
Matsunaga3, F. Uesaka3, 1Kozo Keikaku Engineering Inc., JAPAN,
2Tokyo Institute of Technology, JAPAN, 3JGC Corp., JAPANY.-W. Lin1, J.-C. Lu2, C.-Y. Chang1, C.-K. Liao3, 1National Chiao
Tung Univ., TAIWAN, 2 Taiwan Semiconductor Manufacturing
Company Ltd., TAIWAN, 3Gemtek Technology Company Ltd., TAIWAN

FR4E-2
Effect of Vertical Angle Spread of Propagation Channel on
MIMO OTA Measurement Method

FR4F-2Compact Microstrip Bandpass Filters Using Miniaturized
Slow-Wave Quarter-Wavelength Resonators

S. Obayashi1, T. Ohishi1, Y. Karasawa2, 1Toshiba Corp.,
JAPAN, 2The Univ. of Electro-Communications, JAPANW.-S. Chang, C.-H. Liang, C.-Y. Chang, National Chiao
Tung Univ., TAIWAN

FR4E-3
Influence of Phase Noise on the Frequency Division
Multiplexing Channel Sounding

FR4F-3
Direct Synthesis of a Bandpass Filter with a Controllable
Transmission Zero

M. Ghoraishi, M. Kim, J. Takada, Tokyo Institute of Technology,
JAPAN

Y.-C. Chen, L.-K. Yeh, H.-R. Chuang, National Cheng Kung
Univ., TAIWAN

S.-K. Lin, Y.-C. Lin, National Taiwan Univ., TAIWAN

FR4E-4
A Novel Site-Specific Interference Analysis Model for
Wireless Personal Area Network

FR4F-4
Design of the Wide Stopband Microstrip Lowpass Filter
with Complementary Split-Ring Resonators

FR4D-4
Printed-Circuit Antennas for 3-30GHz and 3-60GHz UWBApplications

J.R. Oh1, H.W. Moon1, S. Kwon2, Y.J. Yoon1, 1Yonsei Univ.,
REPUBLIC of KOREA, 2LIG Nex1 Corp., REPUBLIC of KOREA

C.-W. Tang, S.-C. Yang, M.-G. Chen, J.-W. Wu, C.-C. Hu,
National Chung Cheng Univ., TAIWAN

FR4E-5
Study of Propagation Over Two Ends of a Vessel in VHF
Band

FR4F-5
An Automated Design Technique for AsynchronouslyTuned Circular Waveguide Dual-Mode Filters

X.H. Mao, Y.H. Lee, B.C. Ng, Nanyang Technological
Univ., SINGAPORE

H. Hu, K.-L. Wu, The Chinese Univ. of Hong Kong, HONG
KONG

FR4E-6
Effect of Diurnal Variations of Rainfall in Satellite
Systems at Ku and Ka Band in Singapore

FR4F-6
Bandpass / Bandstop Coupling Matrix Synthesis Based
On Rational Representation of Scattering Parameters

X.X. Zhou1, Y.H. Lee1, O.J. Teong2, 1Nanyang Technological
Univ., SINGAPORE, 2C2N Pte. Ltd., SINGAPORE

A. Lamecki, M. Mrozowski, Gdańsk Univ. of Technology,
POLAND

FR4D-2High-Gain Planar Tapered Slot Antenna for Ku-Band
Applications
D.-G. Yoon1, Y.-P. Hong1, Y.-J. An1, J.-S. Jang2, U.-Y. Pak2,
J.-G. Yook1, 1Yonsei Univ., REPUBLIC of KOREA, 2Agency
for Defense Development (ADD), REPUBLIC of KOREA

FR4D-3
A Printed Leaky-Wave Circularly Polarized Antenna
Using Exponentially Curved Slots for Broadside Radiation

M. Mokhtaari, J. Bornemann, Univ. of Victoria, CANADAFR4D-5Dual-Band Conical-Beam Antenna for IEEE 802.11 a/b/g
Applications
C. Phongcharoenpanich, E. Khoomwong, King Mongkut’s
Institute of Technology Ladkrabang, THAILAND

19

Design and Implementation Techniques for
Microwave Filters 3
Chairs : K.-L. Wu, The Chinese Univ. of Hong
Kong, HONG KONG
H. Kayano, Toshiba Corp., JAPANOPEN FORUM (POSTER) SESSIONS
Wednesday, December 8
Session WE3G

15:00 – 16:30

Room G (315)

Chair : M. Kawashima, NTT Corp., JAPANWE3G-01
Design of Low Power High Linearity Front-End Circuitwith a Novel LNA Architecture

WE3G-14Analysis and Implementation of Inverse Class-F Power
Amplifier for 3.5GHz Transmitters

WE3G-27
Maximum Instability Curves of a Microwave SeriesFeedback Oscillator

C.-H. Wu, Y.-P. Lin, Lunghwa Univ. of Science andTechnology, TAIWAN

Y. Xu, J. Wang, X. Zhu, Southeast Univ., CHINA

R.-F. Kuo, T.-H. Chu, National Taiwan Univ., TAIWAN

WE3G-02
Application of Genetic Algorithm to Multi-Objective
Optimization in LNA Design

WE3G-15
Design of a 40Watt Ultra Broadband Linear Power amplifier Using LDMOSFETs

WE3G-28
A New Low Power Voltage Controlled Oscillator Basedon Bandwidth Enhancement Technique

A. Prasad 1 , M. Roy 2 , A. Biswas 1 , D. George 2 , 1 Indian
Institute of Technology Kanpur, INDIA, 2 Univ. ofManchester, U.K.

M. Seo1, K. Kim1, M. Kim1, H. Kim1, J. Jeon1, J. Sim2, M.
Park 2 , Y. Yang 1 , 1 Sungkyunkwan Univ., REPUBLIC of
KOREA, 2Peopleworks, Inc., REPUBLIC of KOREA

T.N. Nguyen, J.-W. Lee, Kyung Hee Univ., REPUBLIC of
KOREA

WE3G-03
A High Dynamic Range Wide-Band Switched Gain
Controlled LNA in 0.18µm CMOS

WE3G-16
A 100Watt Ultra-Broadband Power Amplifier Using
Silicon LDMOSFETs

WE3G-29
A Low Phase Noise Oscillator Using Spur Line Resonatorfor I-Band Application

B. Park, J. Jung, ETRI, REPUBLIC of KOREA

J. Sim 1 , J. Lim 1 , M. Park 1 , S.-W. Seo 2 , B.-I. Mah 2 ,1Peopleworks, Inc., REPUBLIC of KOREA, 2LIG-Nex1 Co.,
Ltd., REPUBLIC of KOREA

B. Shrestha, R.K. Maharjan, S. Cho, K.-C. Yoon, N.-Y. Kim,
Kwangwoon Univ., REPUBLIC of KOREA

WE3G-04
A 4mW Current-Reused WiMAX LNA with ResistanceFeedback Topology in 0.18µm CMOS

WE3G-17
Modeling and Implementation of High Efficient Class-F-1
Power Amplifier

WE3G-30
Implementation of New SP6T Switch Achieving High
Quality and Small Size at Same Time

C.-H. Wu1, H.-T. Chou2, Y.-G. Lyu1, 1Lunghwa Univ. of
Science and Technology, TAIWAN, 2National Central Univ.,
TAIWANJ.H. Kim, G.C. Lee , J.H. Jung , Electronics andTelecommunications Research Institute (ETRI), REPUBLIC
of KOREA

O.C. Shin, Y.S. Kim, I.H. Jeong, Korea Polytechnic Univ.,
REPUBLIC of KOREA

WE3G-05
Analysis of Parasitic Effects in Ultra Wideband Low Noise
Amplifier Based on EM Simulation

WE3G-18
Tunable Delay Compensation Circuit in Polar Loop
Transmitter for WiMAX Applications

N. Seong, Y. Lee, Y. Jang, J. Choi, Hanyang Univ., REPUBLIC of KOREA

Y.-W. Chang, C.-N. Kuo, National Chiao-Tung Univ., TAIWAN

WE3G-31
Gain Stability Analysis of a Millimeter Wave
Superconducting Heterodyne Receiver for Radio
Astronomy

WE3G-06
Ultra Low Phase Noise C-Band Oscillators with Combined
Frequency Stabilization

WE3G-19
Class E Dual Band PA Performances with PAPR
Repartition in the Context of Nomadic Multi-Radio
Architecture

N. Shtin1, J.M.L. Romero2, 1SMK Electronica, MEXICO,
2CENAM, MEXICO

WE3G-07
A W-Band Cascaded Double-Stage Distributed Low-Noise
Amplifier Using Feedback Transmission LineW. Shan, Z. Li, S. Shi, J. Yang, Chinese Academy of
Sciences, CHINA

WE3G-32
Filter-Based Low Phase-Noise Microwave Oscillators
Y.-W. Huang, C.-L. Chang, C.-H. Tseng, National Taiwan
Univ. of Science and Technology, TAIWAN

A. Diet1, A. Bahi2, M. Villegas2, G. Baudoin2, 1LSS-DRE UMR8506(CNRS, Supelec, Université Paris-Sud 11), FRANCE, 2 Université
Paris-Est, FRANCE

WE3G-20
Efficiency Enhancement of a Tunable RF Power Amplifierby Second Harmonic Manipulation Using Thin-Film BST
Varactor

WE3G-33
1V 4.8mW 42.6-45.6GHz CMOS Voltage Controlled
Oscillator for IEEE 802.15.3c Wireless Communication
SystemF. Ali1, R. Gloeckler2, R. Weigel1, G. Fischer1, 1Univ. ofErlangen-Nuremberg, GERMANY, 2ST-Ericsson, GERMANY

Z.-Y. Huang1,2, C.-C. Hung1, 1National Chiao Tung Univ., TAIWAN,
2Industrial Technology Research Institute, TAIWAN

WE3G-21
A High Efficiency VHF GaN HEMT Class E Power
Amplifier for Public and Homeland Security Applications

WE3G-34
A Novel 180˚ Microstrip Phase Shifter Based on Cascaded
Branch-Line Couplers for Direct QPSK Modulation

S. Lai, D. Kuylenstierna, I. Angelov, B. Hansson, R. Kozhuharov, H.
Zirath, Chalmers Univ. of Technology, SWEDEN

E. Khansalee, N. Puangngernmak, S. Chalermwisutkul, King
Mongkut’s Univ. of Technology North Bangkok (KMUTNB),THAILANDN. Youngthanisara1, R. Phudpong2, T. Rergmaneewan1, P. Booppha1,
1 Kasem Bundit Univ., THAILAND, 2 National Electronics andComputer Technology Center (NECTEC), THAILAND

WE3G-09
Noise Suppression Using IC Resin Package Filled with
Globular Ferrite

WE3G-22
Orthogonal Polynomial Based Hammerstein Behavioral
Model for Power Amplifiers with Strong Memory Effects

WE3G-35
100Watt HMIC Asymmetric PIN Diode Switch

K. Yamamoto1, K. Haeiwa2, Y. Sato1, 1Toda Kogyo Corp.,
JAPAN, 2Hiroshima City Univ., JAPANO. Hammi, King Fahd Univ. of Petroleum and Minerals(KFUPM), SAUDI ARABIAWE3G-10
Low Phase Noise Push-Push VCO using Microstrip SquareOpen Loop Multiple Split Ring Resonator and Rat Race
Coupler

WE3G-23
DC and RF Performance of AlN / GaN MOS-HEMTs

T.T.L. Nguyen, S.-W. Moon, S.-H. Jung, M. Han, J.-K.
Rhee, S.D. Kim, Dongguk Univ., REPUBLIC of KOREA

WE3G-08
Gm-Boosted Balanced Colpitts Compared to Conventional
Balanced Colpitts and Cross-Coupled VCOs in InGaPHBT Technology

A. Rozbicki, T. Boles, J. Brogle, R. Giacchino, M/A-COM
Technology Solutions, U.S.A.

WE3G-36
Frequency Multiplier Using Diplexer Based on Composite
Right / Left-Handed Transmission Line

J. Choi, C. Seo, Soongsil Univ., REPUBLIC of KOREA

S. Taking1, D. MacFarlane1, A.Z. Khokhar1, A.M. Dabiran2,
E. Wasige1, 1Univ. of Glasgow, U.K., 2SVT Associates Inc.,
U.K.

WE3G-11
Analysis of Dispersion in Intermodulation Distortion in
GaN HEMT Devices

WE3G-24
A Dual-Band SiGe HBT Differential VCO Using a Control
Voltage for Both Band-Switching and Frequency-Tuning

WE3G-37
A Novel Oscillator with Very Low Phase Noise Using
Double H-shape Metamaterial Resonator

S.A. Albahrani, A.E. Parker, V. Gutta, Macquarie Univ.,
AUSTRALIA

W. Cao, Y. Tashiro, Y. Itoh, Shonan Institute of Technology,
JAPAN

D. Shin1, C. Lee1, C. Park1, Y. Moon1, J. Lee2, C. Seo1,
1 Soongsil Univ., REPUBLIC of KOREA, 2 Hongik Univ.,
REPUBLIC of KOREA

WE3G-12
Design Technique for MM-Wave IC Realization of the
Load Network of Switched-Mode Class-E 3 F 2 Power
Amplifier

WE3G-25
Design a 5GHz Low Power CMOS LC VCO for IEEE
802.11a Application

WE3G-38
A Third-Order Subharmonic Injection Locked Oscillator
with Wide Locking Range and Low Phase Noise

M.-T. Hsu, J.-A. Huang, National Yunlin Univ. of Scienceand Technonogy, TAIWAN

H.-S. Lee1, W.-S. Yoon1,2, S.-M. Han3, D.-M. In1, S. Pyo1, Y.-S. Kim1,
1Korea Univ., REPUBLIC of KOREA, 2Samsung Thales., REPUBLIC
of KOREA, 3Soonchunhyang Univ., REPUBLIC of KOREA

WE3G-26
A Ultra Low Power 5.4-GHz Current-Reused VCO with
Internal LC Series Resonance in 0.18-µm CMOS
Technology

WE3G-39
A Consideration on Numerical Calculation of Q-factors
in Oscillation Circuit Based on Formulation of S
Parameters

I.-S. Shen, H.-T. Ke, C.F. Jou, National Chiao Tung Univ.,
TAIWAN

S. Takeda1, K. Ohue1, F. Kuroki1, T. Ohira2, 1Kure National College ofTechnology, Japan, 2Toyohashi Univ. of Technology, JAPAN

M. Thian, V. Fusco, Queen’s Univ. Belfast, U.K.

WE3G-13Highly Linear and Efficient Unsymmetrical Inverted
Doherty Power Amplifier Employing Phase Compensation
S.-H. Kam1, M.-W. Lee1, Y.-S. Lee2, Y.-H. Jeong1, 1Pohang Univ. of
Science and Technology, REPUBLIC of KOREA, 2Samsung Electronics
Co., Ltd., REPUBLIC of KOREA

20

Y.-W. Jung1, S.-H. Kim1, Y. Kim1, Y.-C. Yoon2, 1Kumoh
National Institute of Technology, REPUBLIC of KOREA,
2Kwandong Univ., Gangrng, REPUBLIC of KOREA

OPEN FORUM (POSTER) SESSIONS
10:00 – 11:30

Thursday, December 9
Session TH1G

Room G (315)

Chair : M. Kawashima, NTT Corp., JAPANWE3G-40
A 24-GHz Highly Integrated Transceiver in 0.5-µm E/DPHEMT Process for FMCW Automotive Radar
Applications

WE3G-55
A Dual Wideband and Low Phase-Noise CMOS VoltageControlled Oscillator with a Transformer-Based Switching
Resonator

TH1G-01Ultra-Wideband (UWB) Bandpass Filters with Multiple
Notched Bands Using Asymmetric Dual-Line Coupling
Structure

C.-H. Lin, Y.-S. Wu, Y.-L. Yeh, S.-H. Weng, G.-Y. Chen,
C.-H. Shen, H.-Y. Chang, National Central Univ., TAIWAN

K.-C. Lu1, Y.-J. Chen1, T.-S. Horng1, J.-M. Wu2, 1National Sun Yat-sen
Univ., TAIWAN, 2National Kaohsiung Normal Univ., TAIWAN

K. Song1,2, Q. Xue2, 1City Univ. of Hong Kong, HONG KONG, 2Univ.
of Electronic Science and Technology of China, CHINA

WE3G-42A Single-Ended Direct Conversion Front-End Transmitterwith ESD Protection for WiMAX Application

WE3G-56
Evaluation of CMOS Power Amplifier for Millimeter
Super Broadband Wireless Systems with Beam Forming
Antenna

TH1G-02Ultra-Wideband Band-Pass Filter with Controllable
Arbitrary Notched Bands Using CRLH-TL

C.-H. Chang, S. Wu, K. Chen, C.-C. Wang, Industrial
Technology Research Institute, TAIWAN

S. Jung, S.-I. Yang, Soongsil Univ., REPUBLIC of KOREA

H. Nakase, S. Kato, Tohoku Univ., JAPANWE3G-43
A Dynamic Bias Boosting Technique for a High Efficiency
Linear HBT Dual Band Power Amplifier

WE3G-57
A CMOS BPSK Transmitter with a Monitoring
Demodulator Embedded

TH1G-03
An Improved Wide-Band Model of CRF Filters Using
Two Different Approaches

Z. Gu, S. Zhang, Analog Device, U.S.A.

H.-C. Wang1, J.-C. Juang1, C.-L. Lu2, 1National Cheng Kung
Univ., TAIWAN, 2Kun Shan Univ., TAIWANW. Sahyoun, P. Benech, J.-M. Duchamp, IMEP-LAHC Lab.,FRANCE

WE3G-44
A DC-20GHz CMOS Active Power Divider Design

WE3G-58
A Low Power Mixer with LC Phase Shifters for a SingleEnd Input

TH1G-04
The Design of Wireless Express Band Pass Filter Using a
Close Loop Concept

R.-L. Wang1, H.-H. Chien2, C.-C. Chuang2, C.-H. Liu2, Y.-K.
Su2, 1National Kaohsiung Normal Univ., TAIWAN, 2National
Cheng Kung Univ., TAIWAN

S.-S. Lee 1 , J.-N. Leer 2 , S.-S. Choi 1 , 1 Electronics andTelecommunications Research Institute, REPUBLIC of
KOREA, 2Hanbat National Univ., REPUBLIC of KOREA

J.-Y. Huang 1 , H.-I. Wu 1 , R. Hu 1 , C.F. Jou 1 , D.-C. Niu 2 ,1National Chiao Tung Univ., TAIWAN, 2Chun-Shan Instituteof Science and Technology, TAIWAN

WE3G-45
A Compact Flip Chip High Power Amplifier Module for
Mobile Applications

TH1G-05
Design a Small Ultra-Wideband Bandpass Filter on Al2O3
Ceramic

C. Yuen, D. Chu, K. Laursen, H. Do, Y.-C. Pao, Epic
Communications, Inc., U.S.A.

C.-F. Yang1, S.-M. Wu1, M.-Y. Fu2, J.-H. Tsai2, C.-J. Huang1, C.-Y.
Huang3, 1National Univ. of Kaohsiung, TAIWAN, 2Chinese Air Force
Academy, TAIWAN, 3National Kaohsiung Normal Univ., TAIWAN

WE3G-47
A 0.4-6GHz Variable-Gain Driver Amplifier for SoftwareDefined Radio

TH1G-06
A Triangular UWB Bandpass Filter with Wide Out-ofBand Rejection

K.-T. Lin1, H.-K. Chen1, T. Wang2, S.-S. Lu1, 1National
Taiwan Univ., TAIWAN, 2Chang Gung Univ., TAIWAN

A. Namsang1, P. Akkaraekthalin2, 1Rajamangula Univ. ofTechnology Thunyaburi, THAILAND, 2King Mongkut’s Univ.
of Technology North Bangkok, THAILAND

WE3G-48
A Ka-Band Receiver Front End Module

TH1G-07
Quasi Multi-Mode Resonator for Wideband Filter
Applications

J. Chen, P. Yan, W. Hong, Southeast Univ., CHINA

M. Nosrati1, B. Virdee2, M. Mirzaee1, 1Islamic Azad Univ.,
IRAN, 2London Metropolitan Univ., U.K.

WE3G-49
A 60-GHz 2×2 Phased-Array Transmitter Using InjectionLocked Oscillator in 0.18µm CMOS Technology

TH1G-08
Wideband Balanced BPF Design for MB-OFDM
Applications

F.-H. Huang, C.-C. Chen, H.-Y. Chang, Y.-M. Hsin,
National Central Univ., TAIWAN

C.-J. Chen1, S.-W. Wang1, C.-H. Lee1, C.-I.G. Hsu2, H.-H.
Chen1, 1National Changhua Univ. of Education, TAIWAN,
2National Yunlin Univ. of Science and Technology, TAIWAN

WE3G-50
Flicker Noise and Power Performance of CMOS Gilbert
Mixers Using Static and Dynamic Current-Injection
Techniques

TH1G-09
A Wide-Band Bandpass Filter Using a Novel Embedded
Short-Circuited Stub Resonator
D. Singwong, N. Siripon, Chiang Mai Univ., THAILAND

H.-J. Wei 1 , C. Meng 1 , H.-I. Chien 1 , H.-L. Lu 1 , J.-S. Syu 1 , G.-W.
Huang2, 1National Chiao Tung Univ., TAIWAN, 2National Nano Device
Lab., TAIWAN

WE3G-51
Design of A Down / Up Conversion Mixer with Built-in
Oscillator

TH1G-10
Miniaturized Dual Mode Microwave Filter
W.P. Weng, Universiti Teknologi Petronas, MALAYSIA

C.-H. Wu, W.-H. Huang, Lunghwa Univ. of Science andTechnology, TAIWAN

WE3G-52
Low Voltage Low Power 5-GHz Double-Balanced Mixer
with Active Phase Splitter

TH1G-11
A Diplexer Using Modified Stepped-Impedance
Resonators

Y.-L. Liu, C.-H. Li, C.-N. Kuo, National Chiao Tung Univ.,
TAIWAN

R.-Y. Yang 1 , C.-Y. Hung 2 , C.-M. Hsiung 1 , C.-C. Lin 1 ,1National Ping-Tung Univ. of Science and Technology, TAIWAN,
2Tung-Fang Design Univ., TAIWAN

WE3G-53
Cold-Mode Characteristics of 90nm CMOS Device with
Negative Body Bias and Highly Linear Millimeter-Wave
Switch Applications

TH1G-12
Design and Fabrication of a Microstrip Triple-Passband
FilterR.-Y. Yang1, C.-Y. Hung2, J.-S. Lin1, H.-W. Wu3, 1National Ping-Tung
Univ. of Science and Technology, TAIWAN, 2Tung-Fang Design Univ.,
TAIWAN, 3Kun-Shan Univ., TAIWAN

G.-Y. Chen1, H.-Y. Chang1, C.-Y. Chan1, W.-H. Tu1, C.-S. Lin2, K.
Chen 2 , S.-H. Wu 2 , 1 National Central Univ., TAIWAN, 2 Industrial
Technology Research Institute (ITRI), TAIWAN

WE3G-54
24 GHz CMOS Voltage Controlled Oscillator based on
the Open Loop Multiple Split Ring Resonator

TH1G-13Novel Microstrip Diplexer Based on a Dual-Band
Bandpass Filter for WLAN System

S. Ko, H. Kim, J. Choi, B. Lee, J. Cho, C. Seo, Soongsil
Univ., REPUBLIC of KOREA

C. Zhu, L. Yao, J. Zhou, Southeast Univ., CHINA

21

OPEN FORUM (POSTER) SESSIONS
Thursday, December 9

10:00 – 11:30

TH1G-14
Design of a Patch Dual-Mode Bandpass Filter with Second
Harmonic Suppression Using Open Stubs

TH1G-27
Monolithic RF WLAN Filters Design Using High
Performance Passive and Active Component Technology

TH1G-41
De-Embedding Transmission Lines Using a Full-wave
EM-Simulated Pad Model

B.-K. Jeon, H. Nam, K.-C. Yoon, B.-W. Jeon, Y.-W. Kim, J.C. Lee, Kwangwoon Univ., REPUBLIC of KOREA

J. Ding1, A. Springer1, T. Bartl2, G. Hueber3, R. Hagelauer1,3,
1Johannes Kepler Univ., AUSTRIA, 2Infineon Technologies
AG, GERMANY, 3DICE GmbH & Co KG, AUSTRIA

C.H.J. Poh , D.C. Howard, P. Cheng , J.D. Cressler, J.
Papapolymerou, Georgia Insitute of Technology, U.S.A.

TH1G-15A Dual-Behavior-Resonator Structure for Designing MultiBand Bandpass Waveguide Filters

TH1G-28Novel Topologies for Finline E-Plane Filters Using Split
Ring Resonators

R. Rezaiesarlak, E. Mehrshahi, M. Salehi, Shahid Beheshti
Univ., IRAN

A. León 1 , A. Casanueva 2 , A. Mediavilla 2 , 1 CUJAE. la
Habana, CUBA, 2Univ. of Cantabria, SPAIN

TH1G-42
Cost Effective, Mass Productive Wafer-Level Chip Size
Package (WLCSP) Technology Applied to Ku-Band
Frequency Converters

TH1G-16
Two-Port Balanced Dual-Band Bandpass Filter Based on
Stepped Impedance Resonators

TH1G-29
A Microstrip LPF with Attenuation Poles Using Hairpin
Structural and Inter-Digital Capacitor

TH1G-43
Co-Design and Modeling of Novel Packaging Interposerwith IPD Layers

J.-E. Lim, M.-H. Nam, H.-O. Choi, J.-H. Lee, Chungnam
National Univ., REPUBLIC of KOREA

T. Yasuzumi, S. Hasegawa, T. Uwano, O. Hashimoto,
Aoyama Gakuin Univ., JAPANS.-M. Wu1, T.-Y. Wu1, B.-H. Yu1, C.-F. Yang1, C.-C. Wang2,
1 National Univ. of Kaohsiung, TAIWAN, 2 Advanced
Semiconductor Engineering (ASE) Inc., TAIWAN

TH1G-17
A Design of Size-Reduced Negative Group Delay Circuit
Using a Stepped Impedance Resonator

TH1G-30
A Miniaturized V-Band Bandpass Filter Using Integrated
Passive Devices Technology

TH1G-44
Fabrication and Characterization of Ferroelectric Varactors
for Tunable Wireless Front-Ends

H. Choi1, Y. Kim1, Y. Jeong1, J. Lim2, 1Chonbuk National
Univ., REPUBLIC of KOREA, 2 Soonchunhyang Univ.,
REPUBLIC of KOREA

W.-C. Lin, T.-M. Shen, C.-F. Chen, T.-Y. Huang, R.-B. Wu,
National Taiwan Univ., TAIWAN

Y.-C. Lee, Y.-C. Lin, W.-C. Chen, J.-S. Fu, National Central
Univ., TAIWAN

TH1G-18
Effects of the Biasing Network in a Parallel Plate
Waveguide Periodic Unit Cell Featuring SwitchedElectromagnetic Band Gap

TH1G-31
A Spurious Suppression of Microstrip Quarter-Wavelength
Resonator BPF

TH1G-46
Design of A Compact Rat-Race Coupler Using Dual
Transmission Lines

I. Awai, T. Shirai, A. Suzuki, Ryukoku Univ., JAPANP.-H. Tu, C.-H. Tseng, National Taiwan Univ. of Science andTechnology, TAIWAN

TH1G-32
An Ultra Wide-Stopband Lowpass Filter Using SmoothTransmission Line

TH1G-47
Design of a Broadband Low-Loss Coupled-LineMultisection Symmetrical 3-dB Directional Coupler in
Suspended Stripline Technology

L. Matekovits1, A. De Sabata2, K.P. Esselle3, 1Politecnico di Torino,
ITALY, 2Politehnica Univ. of Timisoara, ROMANIA, 3Macquarie Univ.,
AUSTRALIA

TH1G-19
I-Band High Quality Factor New Split-Ring Resonatorwith Broad-Side Coupling Using the Left-handed MetaMaterial Technique

W. Peng, Y. Zhang, UESTC, CHINA

S. Fujita1, M. Imagawa1, T. Satoh1, T. Tokumitsu2, Y. Hasegawa1,
1 Sumitomo Electric Device Innovations, Inc., JAPAN, 2 Sumitomo
Electric Industries, Ltd., JAPANS. Gruszczynski1,2, K. Wincza1,2, K. Sachse2, 1AGH Univ. of Scienceand Technology, POLAND, 2Wroclaw Univ. of Technology, POLAND

K.-C. Yoon , B.-K. Jeon, D.-K. Lee, J.-C. Lee, Kwangwoon
Univ., REPUBLIC of KOREA

TH1G-20High-Selectivity Tunable Bandpass Filters with Low
Insertion Loss

TH1G-33
A Dielectric Resonator Band-Pass Filter with a New
Excitation Structure

TH1G-48
Design of Quadrature Hybrid with Closely Separated DualPassband Using Three-Branch Line Coupler

K. Hasegawa, H. Ishida, Gunma National College ofTechnology, JAPAN

M.J. Kazemi, M.S. Dadash, R. Safian, Isfahan Univ. ofTechnology, IRAN

C.-L. Hsu, Ta Hwa Institute of Technology, TAIWAN

TH1G-21
Two-Stage Reconfigurable Bandpass Filter Using TwoBit Variable-Length Transmission Line Resonator

TH1G-34
Transient Responses of Voltage and Current on Ring
Resonator and Traveling-Wave Loop Directional Filters

TH1G-49
Size Reduced Marchand Balun with Integrated Microstrip
to CPW Transition

H. Mori, J. Ohtsuka, R. Fukuda, Y. Yamao, Univ. of ElectroCommunications, JAPANK. Murakami1, S. Kitazawa2, 1Kinki Univ., JAPAN, 2ATR
Wave Engineering Lab., JAPANS.Y. Zheng, W.S. Chan, K.F. Man, City Univ. of Hong Kong,
HONG KONG

TH1G-22Ultra-Wideband Band Pass Filter with Built-In Notch Filter
Configured by Multi-Layered CRLH Unit Cells

TH1G-35
Compact Low Pass Bessel Filter Using Microstrip DGS
Structure

TH1G-51
A Miniaturized Branch-Line Coupler Using Finger-ShapeDistributed Capacitors

S. Ueno, K.M. Hitke, Y. Horii, Kansai Univ., JAPANA. Kumar1, A.K. Verma2, 1Univ. of Delhi, INDIA, 2Macquarie
Univ., AUSTRALIA

K.-Y. Tsai, H.-S. Yang, J.-H. Chen, Y.-J.E. Chen, National
Taiwan Univ., TAIWAN

TH1G-23
A Compact Wide Stopband Microstrip Bandpass Filter
Using Quarter-Wavelength Shorted Coupled-Lines

TH1G-36
T-Shaped Non-Orthogonal Feed Input / Output Dual-Mode
Bandpass Filter

TH1G-52
Balun and Power Divider Based on Multilayer Ring
Resonators

X. Luo1, H. Qian1, J.-G. Ma2, K.S. Yeo3, 1Univ. of Electronic
Science and Technology of China, CHINA, 2Tianjin Univ.,
CHINA, 3Nanyang Technological Univ. (NTU), SINGAPORE

C.-F. Yang1, C.-Y. Kung2, Y.-C. Chen2, S.-M. Wu1, C.-S. Hong3, R.-L.
Wang3, 1National Univ. of Kaohsiung, TAIWAN, 2National Sun Yat-sen
Univ., TAIWAN, 3National Kaohsiung Normal Univ., TAIWAN

S.K. Hashemi, Univ. of Essex, U.K.

TH1G-24Compact High Rejection Notch and DBR Designed with
Slow-Wave Transmission Lines

TH1G-37
Using Multilayer S-Type Coupled Resonators to Realize
the 2.4G Bandpass Filters

TH1G-53
A Compact 0-dB Coupled-Line Forward Coupler by
Loading with Shunt Periodic Stubs

A.-L. Franc, E. Pistono, N. Corrao, P. Ferrari, Université deSavoie, FRANCE

S.-M. Wu, Y-.T. Lu, M.H. Huang, K.-Y. Wang, National
Univ. of Kaohsiung, TAIWAN

R. Keshavarz, M. Movahhedi, A. Hakimi, Shahid Bahonar
Univ. of Kerman, IRAN

TH1G-25
A Novel Flexible Filter with Enhanced Coupling EffectUsing Mixed Coupling

TH1G-38
Ultra-Wideband Spurii-Free Quasi-Elliptic Function Filter

TH1G-54
A Tunable Dual-Band DGS Stub Tapped Branch-Line
Coupler

J.-S. Kim, J.-Y. Lee, G.-B. Lee, Korea Electronics
Technology Institute, REPUBLIC of KOREA

B.S. Virdee 1 , M. Farhat 1 , M.N. Moghaddasi 2 , 1 London
Metropolitan Univ., U.K., 2Islamic Azad Univ., IRAN

C.C. Leong, W.W. Choi, K.W. Tam, Univ. of Macau, CHINA

TH1G-26
Short-Circuited Series Stubs for Application in Uniplanar
Low-Pass Filters

TH1G-39
A Novel DC/IF Blocking Structure in W-Band Rat-Race
Mixer

TH1G-55
A Novel Microstrip Power Divider Design with Harmonic
Suppression and Impedance Transformation

R. Li1, S. Sun2, L. Zhu3, 1A*STAR, SINGAPORE, 2The Univ.
of Hong Kong, HONG KONG, 3 Nanyang Technological
Univ., SINGAPORE

M. Zhan, W. Zhao, R. Xu, Y. Zhang, W. Lin, Univ. ofElectronic Science and Technology of China, CHINA

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

22

OPEN FORUM (POSTER) SESSIONS
15:00 – 16:30
Session TH3G

Thursday, December 9

Room G (315)

Chair : M. Kawashima, NTT Corp., JAPAN
TH1G-56
Folded Substrate-Integrated Waveguide Out-of-Phase
Power Divider

TH3G-01
Interferences of GPS Reception in PDA Phone

TH3G-14Microwave Components for the Lower Hybrid
Transmission Line of ITER

K.W. Eccleston, Univ. of Canterbury, NEW ZEALAND

Y.H. Kao 1 , H.C. Yang 2 , 1 Chung Hua Univ., TAIWAN,
2National Chiao Tung Univ., TAIWAN

TH1G-57
Extendable Ka-Band Power-Divider Module in LTCC
Technology

TH3G-02
Considerations on a Long-Distance-Delay-Wave-Distortion
Equalizing Method in Terrestrial Digital Broadcasting

TH3G-15
Pulse Reduction Method for Circularly Polarized Synthetic
Aperture Radar

T. Klein1, J. Kassner1, R. Kulke1, C. Günner1, H. Wolf2,
1IMST GmbH, GERMANY, 2EADS Astrium GmbH, GERMANY

K. Kitayama1, K. Haeiwa2, Y. Kawana3, Y. Morii4, 1NHK Integlated
Technology, JAPAN, 2 Hiroshima City Univ., JAPAN, 3 NHK
Engineering Administration Department, JAPAN, 4NHK Engineering
Service, JAPAN

V. Wissan, B. Setiadi, L. Bayuaji, J.T.S. Sumantyo, H. Kuze,
Chiba Univ., JAPAN

TH3G-03
A New RF Quadrature Undersampling Technique for an
Ideal Softwaredefined Radio System

TH3G-16
Coupling Coefficient of Spiral Resonators Used for
Wireless Power Transfer

N. Matsumura, T. Toeda, M. Muraguchi, Tokyo Univ. of
Science, JAPANI. Awai1, Y. Zhang2, T. Komori1, T. Ishizaki1, 1Ryukoku
Univ., JAPAN, 2Panasonic Corp., JAPAN

TH3G-04
Experimental Evaluation of Channel Prediction Based on
Linear Prediction of Frequency-Domain Parameters

TH3G-17
Carbon Materials for EM Wave Absorption in V Band
Applications

S. Ozawa, S. Tan, A. Hirose, The Univ. of Tokyo, JAPANP.-H. Kuo1, K.-T. Lin1, T. Wang2, S.-S. Lu1, Y.-J. Yang1, S.H. Chang1, 1National Taiwan Univ., TAIWAN, 2Chang Gung
Univ., TAIWAN

TH3G-05
Feasibility Study for LTE Wireless Broadband Network in
Rural Victoria

TH3G-18
A Fundamental Study of Microwave Liquid Heater

S. Meschino1, S. Ceccuzzi2, F. Mirizzi1, L. Pajewski2, G.
Schettini 2 , 1 Roma Tre Univ., ITALY, 2 EURATOM-ENEA
Association, ITALY

S. Preradovic, F. Zalio, D. Vasic, I. Marks, G. Gay, NEC
Australia, AUSTRALIAS. Kawasaki1, Y. Daito1, T. Kawai1, I. Ohta1, O. Amano2, Y.
Matsui1, 1Univ. of Hyogo, JAPAN, 2TOKIWADOSEIKA, Co.,
Ltd, JAPAN

TH3G-06
A Coherent IR-UWB CMOS Transceiver for 3-5GHz
Application

TH3G-19
Connection Between Microstrip Circuits in Transmitterand Receiver of VSAT Systems

B.-J. Park1, M.-C. Ha1, J.-Y. Kim1, Y.-J. Park2, Y.-S. Eo1,
1 Kwangwoon Univ., REPUBLIC of KOREA, 2 Korea
Electrotechnology Research Institute, REPUBLIC of KOREA

K. Nishimura, F. Kuroki, Kure National College ofTechnology, JAPAN

TH3G-07
The The Generation of Shared Cryptographic KeysThrough Full Duplex Channel Impulse Response
Estimation at 60GHz

TH3G-20
Mobile Wireless Power Transfer Based on Line-Coupled
or Line / Resonator-Coupled Structure
K. Namikoshi, S. Yakuno, I. Awai, Ryukoku Univ., JAPANM.A. Forman, D. Young, Sandia National Lab., U.S.A.

TH3G-08
Compensation of Path Imbalance in LINC Transmitters
Using EVM and ACPR Look Up Tables

TH3G-21Full-Wave Modeling and Analysis of Screen Printed EMI
ShieldJ. Lim, W. Kang, H. Ku, Konkuk Univ., REPUBLIC of
KOREA

L.B. Wang 1 , K.Y. See 1 , J.W. Zhang 1 , A.C.W. Lu 2 , S.T. Ng 2 ,1Nanyang Technological Univ., SINGAPORE, 2Singapore Institute of
Manufacturing Technology, SINGAPORE

TH3G-09
Investigation into Antenna Performance on Read Range
Improvement of Chipless RFID Tag Reader

TH3G-22
Surface Electric Field Distributions of Lightweight
Phantom Composed of Wave Absorber for Simplified SAR
Measurement

R. Koswatta, N.C. Karmakar, Monash Univ., AUSTRALIA

T. Watanabe, N. Michishita, Y. Yamada, National Defense
Academy, JAPAN

TH3G-10
Moving Average Filtering Technique for Signal Processing
in Digital Section of UWB Chipless RFID Reader
R. Koswatta, N.C. Karmakar, Monash Univ., AUSTRALIA

TH3G-23
Phantom-Model Experiment of Breast Cancer Detection
Using Ultrashort-Pulse Radar with Compact Vivaldi
Antennas
D. Zhang, A. Mase, Kyushu Univ., JAPAN

TH3G-11
A Notch Filter Alignment Circuit for WirelessCommunication FDD Systems

TH3G-24
Feasibility Study on Microwave Stroke Detection Using a
Realistic Phantom and the FDTD Method

D. Bormann, A.R. Frischen, M. Schrey, S. Kaehlert, R.
Wunderlich, S. Heinen, RWTH Aachen Univ., GERMANY

D. Ireland, M. Bialkowski, Univ. of Queensland, AUSTRALIA

TH3G-12Dual-Band Receiver Using Passive Six-Port DownConversion Technique Suitable for Multi-Standards andSDR Applications

TH3G-25
Basic Research of Reduction Technique for the Microwave
Exposure with Conductive Cloth
A. Igarashi, Y. Okano, Tokyo City Univ., JAPANT. Bugo, B. Klippenstein, M. Saizew, M. Woods, M.
Helaoui, Univ. of Calgary, CANADA

TH3G-13
Optimization of Linear Sensor Node Array for WirelessSensor Networks Using Particle Swarm Optimization

TH3G-26
Dynamic Measurement of Temperature Dependent
Permittivity of Liquid Material Using Microwaves

N.N.N.A. Malik, M. Esa, S.K.S. Yusof, S.A. Hamzah,
Universiti Teknologi Malaysia, MALAYSIA

T. Kobayashi, Y. Nikawa, Kokushikan Univ., JAPAN23

OPEN FORUM (POSTER) SESSIONS
Thursday, December 9

15:00 – 16:30

TH3G-27
Change of Electromagnetic Field Distribution in
Millimeter Waves by Dental Caries Appearance

TH3G-40
On-Wafer Noise Figure Measurements of MillimeterWave LNA and Mixer

TH3G-54
Downsized Left-Handed Waveguides with Ridge-Shaped
Stubs

T. Takeyama, Y. Nikawa, Kokushikan Univ., JAPANY.-C. Chang1, S.-G. Lin1, H.-K. Chiou2, D.-C. Chang1, Y.-Z.
Juang 1 , 1 National Applied Research Lab., TAIWAN,
2National Central Univ., TAIWAN

M. Kishihara 1 , I. Ohta 2 , H. Ikeuchi 2 , T. Kawai 2 , S.
Matsumoto3, 1Okayama Prefectural Univ., JAPAN, 2Univ. of
Hyogo, JAPAN, 3Furuno Electric Co., Ltd., JAPAN

TH3G-28
Strain Imaging of Breast Using Ultra-Wideband Pulse

TH3G-41
Experimental Characterization of S-Matrix Reconstruction
Transforms on Multiport Networks

TH3G-55
Rigorous Field Analysis of Step Discontinuity Based on
Mode Theory for Thin-Film Multilayered 3-D Optical
Waveguide

A.M. Abbosh, The Univ. of Queensland, AUSTRALIA

C.-J. Chen1, T.-H. Chu2, 1National Taiwan Ocean Univ.,
TAIWAN, 2National Taiwan Univ., TAIWAN

TH3G-29
Self-Powered Advanced Meter Design for Smart Grid
F. Cai, D.J. Chung, E. Farantatos, A.P.S. Meliopoulos, J.
Papapolymerou, Georgia Institute of Technology, U.S.A.

TH3G-30
Three-Dimensional Modeling of Electromagnetic
Scattering from Breast Tumor
A.M. Abbosh, A.A. Bakar, The Univ. of Queensland,
AUSTRALIA

D. Kaise, T. Hiraoka, J.-P. Hsu, T. Anada, Kanagawa Univ.,
JAPAN

TH3G-42
On-Wafer MM-Wave V-Band Semi-Automatic Power
Measurement System

TH3G-56
Modify-T Long Microstrip Line Compose by Integrated
Passive Components

H.-F. Hsiao1, S.-G. Lin1, H.-K. Chiou2, D.-C. Chang1, Y.-Z.
Juang 1 , 1 National Applied Research Lab., TAIWAN,
2National Central Univ., TAIWAN

S.-M. Wu, Y.-H. Chen, S.-W. Guan, C.-T. Kuo, B.-H. Yu,
C.-F. Yang, National Univ. of Kaohsiung, TAIWAN

TH3G-44
Accuracy Investigation of the De-Embedding TechniqueUsing Open and Short Patterns for On-Wafer RF
Characterization

TH3G-57
PEEC Modeling of the Strip-Line in High Speed Circuit
DesignT. Hirano, K. Okada, J. Hirokawa, M. Ando, Tokyo Instituteof Technology, JAPANF. Kong, W. Sheng, H. Wang, X. Ma, Nanjing Univ. of
Science and Technology, CHINA

TH3G-31
Iterative DEM Retrieving from Multi-Baseline
Interferometric SAR with MIMO

TH3G-45
Detecting Defects on Planar Circuits by Using Non-contacting Magnetic Probe

TH3G-58
Study on Construction of Cost-Effective Printed Circuits at
Millimeter-Wave Frequencies

X. Shi, Y. Zhang, Chinese Academy of Sciences (CAS),
CHINA

S.-M. Wu, T.-C. Wang, C.-H. Lan, National Univ. of Kaohsiung,
TAIWANH. Kawagashira, Y. Omote, F. Kuroki, Kure National
College of Technology, JAPAN

TH3G-32
Design of W-band Ultra-High Sensitivity Receiver

TH3G-46
Electronics & Telecommunications Remote Laboratory
for RF Transmitter and Power Amplifier Test

TH3G-59
A Closed-Form Formula for Propagation Characteristics ofSubstrate Integrated Waveguide

W. Kang1, H.-G. Jo2, H. Ku1, Y. Kim2, 1Konkuk Univ., REPUBLIC
of KOREA, 2Electronics and Telecommunications ResearchInstitute, REPUBLIC of KOREA

M. Salehi, E. Mehrshahi, Shahid Beheshti Univ., IRAN

Z. Xiao, T. Hu, L. Wu, J. Xu, Nanjing Univ. of Science andTechnology, CHINA

TH3G-33
60GHz Short Range Planar RSS Localization
H.R. Fang, G.P. Cao, E.A. Gharavol, K. Tom, K. Mouthaan,
National Univ. of Singapore, SINGAPORE

TH3G-47
Improved Perturbation Method of Complex Permittivity
Using Correction Charts for TM010 and TM020 Modes of a
Circular Cylindrical Cavity
S. Kaneko1, H. Kawabata2, Y. Kobayashi3, 1Saitama Univ., JAPAN,
2Gunma Industrial Technology Center, JAPAN, 3Sumtec, JAPAN

TH3G-34
Experimental Verification for the 3D Imaging Principle of Airborne
Downward-Looking SAR with a Traverse Antenna Array

TH3G-48
An Experiment Study of Gold Nano-Film’s Conductivity
at Microwave and Terahertz Frequencies

Y.P. Wang2,3, K.Y. Han1,2,3, W.X. Tan2,3, W. Hong2,3, 1Graduate Universityof Chinese Academy of Sciences (GUCAS), CHINA, 2National Key
Laboratory of Microwave Imaging Technology (MITL), CHINA, 3Instituteof Electronics, Chinese Academy of Sciences (IECAS), CHINA

Y. Poo1, R.-X. Wu1, X. Fan2, J.Q. Xiao2, B.-B. Jin1, 1Nanjing
Univ., CHINA, 2Univ. of Delaware, U.S.A.

TH3G-35
Research on Passive Millimeter Wave Detection of Low
Flying Coating Stealth Target

TH3G-49
Antennas, Filters and Preamplifiers Designed for the Radio
Detection of Ultra-High-Energy Cosmic Rays

Y. Xing, G. Lou, X. Li, Nanjing Univ. of Science andTechnology, CHINA

M. Stephan, for the Pierre Auger Collaboration, RWTH
Aachen Univ., GERMANY

TH3G-36
Cylindrical RCS Far-Field Transformation by Using
Array-Factor

TH3G-50
Analysis of Cylindrical Cavities to Measure Accurate
Relative Permittivity and Permeability of Rod Samples

H. Suzuki1, T. Kado1, K. Saitoh1, H. Kobayashi2, 1Keycom
Corp., JAPAN, 2Niigata Univ., JAPANH. Kawabata1, Y. Kobayashi2, S. Kaneko2, 1Tomo Industrial
Technology Center, JAPAN, 2Saitama Univ., JAPAN

TH3G-37
Application of Information Theory Criteria in MUSIC
Algorithm for Microwave Imaging

TH3G-51
A Novel Interdigital Capacitor with Accurate Model for
Left-Handed Metamaterials

M. Pourahmadei 1 , M. Nakhkash 2 , A.A. Tadaion 2 , M.
Babaeizadeh3, 1Islamic Azad Univ., IRAN, 2Univ. of Yazd,
IRAN, 3Sharif Univ. of Technology, IRAN

H.-L. Zhang, X.-Y. Zhang, B.-J. Hu, South China Univ. ofTechnology, CHINA

TH3G-38
Fish Heart Motion Measurements with a Body-Contact
Doppler Radar Senson

TH3G-52
Effects of Woof Style and Weave on the Surface
Resistivity of Conductive Textiles

N. Hafner, V. Lubecke, Univ. of Hawaii, U.S.A.

H. Shimasaki, M. Tanaka, M. Akiyama, Kyoto Institute ofTechnology, JAPAN

TH3G-39
Digital Asynchronous Signal Interpolation and Clock
Domain Crossing

TH3G-53
The Anisotropic Conductivity of Unidirectional Carbon Fibre
Reinforced Polymer Laminates and Its Effect on Microstrip Antennas

B.T. Thiel, N. Zimmermann, R. Negra, RWTH Aachen Univ.,
GERMANY

T.J. Seidel1,3, A. Galehdar1,3, W.S.T. Rowe1,3, S. John1,3, P.J. Callus2,3,
K. Ghorbani 1,3 , 1 RMIT Univ., AUSTRALIA, 2 Defence Science andTechnology Organisation (DSTO), AUSTRALIA, 3Defence Materials
Technology Centre (DMTC), AUSTRALIA

24

OPEN FORUM (POSTER) SESSIONS
10:00 – 11:30
Session FR1G

Friday, December 10

Room G (315)

Chair : M. Kawashima, NTT Corp., JAPANFR1G-01
A Compact 2 × 2 Circularly Polarized Antenna Array for
Energy Harvesting

FR1G-15
Small Monopole Antenna for UWB and Wireless LAN
Application

FR1G-30
A Reconfigurable Antenna System Consisting of PostWall E-Plane Horns

C.S. Ong 2 , M.F. Karim 1 , L.C. Ong 1 , T.M. Chiam 1 , A.
Alphones2, 1Institute for Infocomm Research, SINGAPORE,
2Nanyang Technological Univ., SINGAPORE

H.-C. Tang1, K.-H. Lin1, E.-C. Lee2, 1National Sun Yat-Sen
Univ., TAIWAN, 2Air Force Institute of Technology, TAIWAN

R.-B. Hwang1, H.-Y. Yen1, C.-S. Yang1, C.-Y. Chin1, Y.-L.
Tasi1, J.-D. Tseng2, Y.-D. Lin1, 1National Chiao-Tung Univ.,
TAIWAN, 2National Chin-Yi Univ. of Technology, TAIWAN

FR1G-02
Dielectric Guide Cassegrain Antennas with Ring Focus
Parabolic Reflector

FR1G-16
A Novel Beam Controlled U-Slot Microstrip Antenna withEBG Structure

FR1G-31
Azimuth Estimation in Periodic Linear Sparse Array by
Modified Amplitude Comparison Monopulse Radar

A. Kezuka, K. Igarashi, G. Yoshida, Japan Radio Co., Ltd.,JAPAN

H. Wang, W. Sun, X. Ma, W. Sheng, Nanjing Univ. of
Science and Technology, CHINA

A. Gupta, T.H. Fickenscher, R. Herschel, M. Holters, J.
Hinz, Helmut Schmidt Univ., GERMANY

FR1G-03
Tunable Meander-Type Antenna Integrated with aBluetooth Module in PCB Board

FR1G-17
Antipodal Linearly Tapered Slot Antenna Using Unequal
Half-Circular Slotted Sides for Gain Improvements

FR1G-32
Fast Transmit Antenna Selection Scheme Employing
Block Diagonalization for Multiuser MIMO System

J.H. Yoon1, Y.C. Rhee2, S.M. Lee3, W.S. Kim4, 1Silla Univ., REPUBLIC of KOREA, 2Kyungnam Univ., REPUBLIC of KOREA, 3Jeiu Univ.,
REPUBLIC of KOREA, 4 Korea Evaluation Institute of Industrial
Technology, REPUBLIC of KOREA

D.-M. In, S. Pyo, H.-S. Lee, M.-J. Lee, Y.-S. Kim, Korea
Univ., REPUBLIC of KOREA

F. Wang, M.E. Bialkowski, The Univ. of Queensland,
AUSTRALIA

FR1G-04
Supercompact Multiband Metamaterial Antenna Based on
Composite Right / Left-Handed Transmission Line

FR1G-18
Reduced Size Harmonic Suppressed Fractal Dipole
Antenna with Reconfigurable Feature

FR1G-33
Effect of Mutual Coupling between UE Transmitted
Elements on WCDMA STOB MIMO System Performance

L. He, Z. Yong, Y. Wang, The Hong Kong Polytechnic
Univ., HONG KONG

S.A. Hamzah, M. Esa, N.N.N.A. Malik, Universiti Teknologi
Malaysia, MALAYSIA

H.-L. Peng, J.-F. Mao, W.-Y. Yin, Shanghai Jiao Tong
Univ., CHINA

FR1G-05
A Novel UWB Time-Domain Antenna Based on GA

FR1G-20
Circular Polarized Small Antenna based Metamaterial
Coplanar-Waveguide (CPW) Transmission Line

FR1G-34
Novel Design for Reducing Mutual Coupling and Signal
Correlation in Diversity Handset Antennas

J. Choi, S. Lim, Chung-Ang Univ., REPUBLIC of KOREA

A.S. Andrenko, T. Yamagajo, Fujitsu Lab. Ltd., JAPANFR1G-06
Leaky Wave Antenna Based on Composite Right / Left
Handed Substrate Integrated WaveguideFR1G-21
A Triple-Feed Y-Shaped Slot Antenna for Metallic RFID
Tag Design

FR1G-35
Dual-Band Mobile Angle of Arrival Estimator

C. Jin1, A. Alphones1, O.L. Chuen2, 1Nanyang Technological
Univ., SINGAPORE, 2Institute for Infocomm Research, SINGAPORE

S.L. Chen1, K.H. Lin2, R. Mittra3, H.L. Su4, 1China Steel Corp., TAIWAN,
2National Sun Yat-sen Univ., TAIWAN, 3Pennsylvania State Univ., U.S.A.,
4National Pingtung Institute of Commerce, TAIWAN

FR1G-07
Two Feed Shorted Annular Patch

FR1G-22
Dual Band Circularly Polarized Antenna with CPW
Feeding Structure

FR1G-36
Investigation of Path Loss Models for Fixed WiMAX
Receivers in 2360-2390MHz

O.H. Hassan, S.I. Shams, A.M.M.A. Allam, German Univ. in
Cairo (GUC), EGYPT

M. Roslee, S.P. Thiagarajah, Multimedia Univ., MALAYSIA

FR1G-08
Investigation on Resonance Frequency of Circular Sector
Microstrip Antenna and Estimation of It by Artificial
Neural Network

FR1G-23
Design of Uniform Aperture Field Distribution with NoGrating Lobes on Traveling Type of Slit Array Antenna
Made by Copper-Clad Dielectric Substrate at 60GHz

FR1G-37
Ka- and Ku-Band Satellite Availability and Frequency
Diversity Characteristics During Rain Using State
Transition Matrix

S.H. Jam, M. Kalantari, Shiraz Univ. of Technology, IRAN

M. Nakamura, M. Okiyokota, F. Kuroki, Kure National
College of Technology, JAPANT. Teramoto1, S. Chihara1, W. Chujo1, T. Manabe2, S. Yamamoto3, A.
Tsuzuku1, 1Meijo Univ., JAPAN, 2Osaka Prefecture Univ., JAPAN,
3NICT, JAPANFR1G-09
Dual-Band Patch Antenna with Electromagnetic Bandgap
Structure

FR1G-24
A Compact Multiband Planar Antenna for DCS-1900 /PCS / UMTS /WCDMA-2000 / WLAN and WiMAX
Applications

FR1G-38
Analysis of Spectrum Occupation in the 3-50MHz Band in
the Korean Peninsula

Z.-M. Xie, H.-H. Ding, South China Univ. of Technology,
CHINA

L.-N. Wu1, X.-C. Zhang1, C.-M. Tong1,2, X.-T. Fang1, 1Air
Force Engineering Univ, CHINA, 2South East Univ, CHINA

P. Sooksumrarn, M. Krairiksh, King Mongkut’s Institute ofTechnology Ladkrabang, THAILAND

M.A. Eldewiny, S.I. Shams, A.M.M. Allam, German Univ.
in Cairo (GUC), EGYPT

J. Lee1, H. Hong1, J. Lim2, G. Park3, 1ETRI, REPUBLIC of KOREA,
2 Radio Research Agency (RRA), REPUBLIC of KOREA, 3 Central
Radio Management Office (CRMO), REPUBLIC of KOREA

FR1G-10Investigations into a Circular Ring with Variable Length
Arc Element for Phasing Wideband Reflectarray

FR1G-26
Reconfigurable Conformal Antenna Array for Non-Rigid
Platforms

FR1G-39UWB Ranging with Antenna Proximity to the Human
Head

Y. Li1, M.E. Bialkowski1, K.H. Sayidmarie2, N.V. Shuley1,
1Univ. of Queensland, AUSTRALIA, 2Univ. of Mosul, IRAQ

S.M. Jain1, S.K. Koul2, A. Basu2, M.P. Abegaonkar2, 1Aerial
Delivery Res. and Dev. Estt, INDIA, 2 Indian Institute ofTechnology, INDIA

M. Dashti1, A. Khatun2, T. Laitinen2, A.A.H. Azremi2, K. Haneda2, M.
Ghoraishi1, J. Takada1, 1Tokyo Institute of Technology, JAPAN, 2Aalto
Univ. School of Science and Technology, FINLAND

FR1G-12
Pattern Reconfigurable Micro-Strip Patch Array Antenna
Using Switchable Feed-Network

FR1G-27
Active Compact Multilayer Microstrip Quadruple
Polarized Antenna

FR1G-40
Noise Sensitivity Analysis of Spherical Wave Modelling ofRadio Channels Using Linear Scanners

H. M. Lee, Kyonggi Unv., REPUBLIC of KOREA

A. Abeygunasekera, C. Free, Univ. of Surrey, U.K.

A. Khatun, T. Laitinen, P. Vainikainen, Aalto Univ. School of
Science and Technology, FINLAND

FR1G-13
Pattern Reconfigurable Antenna for a Wireless Sensor
Network Sink Node

FR1G-28
Design of Conformal Active Coplanar Feeding Slot
Antenna

FR1G-41
Microwave Propagation in a Surface Atmosphere Layer on
Land-Sea Boundary

K.S. Hwang, J. Ahn, K.-J. Kim, H.K. Yoon, Y.J. Yoon,
Yonsei Univ., REPUBLIC of KOREA

Y.-M. Lee 1 , H.-C. Teng 2 , S. Cherng 3 , A.-C. Yeh 3 , S.T.
Wang1, 1I-Shou Univ., TAIWAN, 2ROC Military Academy,
TAIWAN, 3Chengshiu Univ., TAIWAN

I. Shirokov 1 , Y. Gimpilevich 1 , G. Jandieri 2 , 1 Sevastopol
National Technical Univ., UKRAINE, 2Georgian Technical
Univ., GEORGIA

FR1G-14
An Inverted-L Antenna Based on Finite Ground Plane with
Zigzag Structure

FR1G-29
Frequency Tunable Zeroth-Order Resonant Antenna by
Using RF MEMS on Slotted Ground Plane

B. Yuan, X. Wang, N. Zheng, Y. Chen, Shanghai Jiao Tong
Univ., CHINA

Y. Jang, J. Choi, S. Lim, Chung-Ang Univ., REPUBLIC of
KOREA

FR1G-42
Generation of a Field with a Laplacian-Distributed Power
Azimuth Spectrum Scattered by a Single Cluster in a MIMOOTA Test System Based on Multiple Probe Antennas

H.-N. Wang, F.-C. Chen, National Chiao Tung Univ., TAIWAN

25

T. Laitinen1, P. Kyösti2, T. Jämsä2, P. Vainikainen1, 1Aalto Univ. Schoolof Science and Technology, FINLAND, 2Elektrobit Oy, FINLANDOPEN FORUM (POSTER) SESSIONS
Friday, December 10

15:00 – 16:30
Session FR3G

Room G (315)

Chair : M. Kawashima, NTT Corp., JAPANFR1G-43
Impulse Response Model for the Cubicle Environments at
60GHz

FR3G-01
Improved Meshless Method Using Direct Shape Function
for Computational Electromagnetics

H. Sawada 1 , K. Fujita 1 , S. Kato 1 , K. Sato 2 , H. Harada 2 ,1Tohoku Univ., JAPAN, 2National Institute of Information
and Communications Technology (NICT), JAPANH. Razmjoo, M. Movahhedi, A. Hakimi, Shahid Bahonar
Univ. of Kerman, IRAN

FR1G-44
Method of Reducing Antenna RCS Using Bionics
Principle

FR3G-02
Acceleration of Finite Difference Time Domain Method
Using Cell Broadband Engine Processor

FR3G-20
Low Cost 24GHz Patch Array Antenna for HighSensitivity EM Sensor

W. Jiang, S.-X. Gong, Y. Liu, Y.-P. Li, T. Hong, Xidian
Univ., CHINA

S. Watanabe, O. Hashimoto, Aoyama Gakuin Univ., JAPANY.-B. Jung 1 , D.-Y. Park 2 , C.W. Jung 2 , 1 Electronics andTelecommunications Research Institute (ETRI), REPUBLIC of KOREA,
2Seoul National Univ.of Technology, REPUBLIC of KOREA

FR1G-45
A General Layer Coordinate Transformaition Method forInvisibility Cloak

FR3G-03
Generalized Heat Transition Matrix for Multi-Domain
Electro-Thermal Analysis

FR3G-21Novel Design of Planar Multi-Band U-Shaped Monopole
Antenna with Compact Operation for WiMAX Application

Y. Luo 1,2 , L. He 1 , Y. Wang 1 , S. Zhu 2 , 1 The Hong Kong
Polytechnic Univ., HONG KONG, 2 East China Normal
Univ., CHINA

Y. Zhou, G. Xiao, J. Mao, Shanghai Jiao Tong Univ.,
CHINA

J.-H. Lu, W.-C. Chou, National Kaohsiung Marine Univ.,
TAIWAN

FR1G-46
Electromagnetic Scattering from Layered Rough Surfaces
with a Buried Cylinder

FR3G-04
Development of the Nearly PML for Four-Stages SplitStep Unconditionally-Stable FDTD Method

FR3G-22Compact Printed Hepta-Band Monopole Antenna for
Mobile Devices

W.-J. Ji 1 , C.-M. Tong 2 , 1 Air Force Engineering Univ.,
CHINA, 2South East Univ., CHINA

Y.-D. Kong, Q.-X. Chu, South China Univ. of Technology,
CHINA

Y.-J. Chi, F.-C. Chen, National Chiao Tung Univ., TAIWAN

FR1G-47
A Note on the Singularity Extraction Technique in Solving
Scattering Problems for Bodies of Revolution

FR3G-05
Numerical Determination of Nuclear Magnetic ResonanceFrequency of the Single-Qubit Operation in Kane's
Quantum Computer

FR3G-23
Creating Multiple Band Notches in An Extremely
Wideband Printed Monopole Antenna

P. Wang, G. Xiao, Shanghai Jiao Tong Univ., CHINA

H. Mirzaei1, H.T. Hui1, H.S. Lui2, 1National Univ. of Singapore, SINGAPORE, 2Chalmers Univ. of Technology, SWEDEN

FR3G-19
Ultra-Wideband Planar Monopole Antenna
Y. Gao, Z. Zhang, W. Chen, Z. Feng, Tsinghua Univ.,
CHINA

J. Liu1, K.P. Esselle1, S. Zhong2, 1Macquarie Univ., AUSTRALIA, 2Shanghai Univ., CHINA

FR1G-48
Analysis of Wireless Energy Transfer to Multiple Devices
Using CMT

FR3G-06
To Study an Accurate Method for Analysis of Substrate
Integrated Waveguide

FR3G-24
Application of Lebesgue Fractal Structures for Multiband
and Circularly Polarized Microstrip Antennas

J.-W. Kim1, H.-C. Son2, D.-H. Kim1, K.-H. Kim2, Y.-J. Park1,2, 1Univ.
of Science and Technology, REPUBLIC of KOREA, 2 Korea
Electrotechnology Research Insistute, REPUBLIC of KOREA

H. Sadreazami, E. Mehrshahi, E. Abaei, Shahid Beheshti
Univ., IRAN

H. Oraizi, S. Hedayati, Iran Univ. of Science and Technology,
IRAN

FR1G-50
Debye Series Analysis of Radiation Pressure Force Exerted
on a Sphere Induced by Laser-Sheet Beam

FR3G-09
Sensor Network Installing SAW Sensors for Living andCare Environments

FR3G-25
Quad-Band PIFA Design Using Folded and Parasitic Strips

R. Li, X. Han, Z. Wu, F. Lu, Xidian Univ., CHINA

M. Hikita, Y. Kato, J. Hosaka, Kogakuin Univ., JAPANFR3G-11
A New Approach for Radiation Pattern Measurement of
RFID Tag Antenna Under Chip-Loaded Condition Using
Friis Equation
F.-Y. Kuo, C.-Y. Chiang, H.-T. Hsu, T.-J. Huang, R.-S.
Sung, Yuan Ze Univ., TAIWAN

FR3G-12The Composite Scattering of Target and Sea Surface in
Near Field
X. Wang1,2, Z. Liang2, Y. Wu2, R. Li1, Z. Wu1, 1Xidian Univ.,
CHINA, 2 National Key Lab. of ElectromagneticalEnvironmental Research, CHINA

FR3G-13
Broadband Electromagnetic Field Strength Sensors for 40300GHz Based on Planar Log Per Antennas and HighSpeed Schottky Diodes
M. Salhi, T.K. Ostmann, T. Schrader, PhysikalischTechnische Bundesanstalt (PTB), GERMANY

C. Hsieh, C.-H. Lee, K. Huang, C.-C. Hung, T. Chiu,
National Central Univ., TAIWAN

FR3G-26
Printed a Compact Dual-Band Monopole Antenna on
Ceramic Substrate
S.-M. Wu1, C.-F. Yang1, J.-H. Tsai2, M.-Y. Fu2, C.-M. Cheng3, C.-Y.
Huang4, 1National Univ. of Kaohsiung, TAIWAN, 2Chinese Air Force
Academy, TAIWAN, 3 Southern Taiwan Univ., TAIWAN, 4 National
Kaohsiung Normal Univ., TAIWAN

FR3G-27
Compact Tri-Band Antenna with a Parasitic Loop Strip
K. Huang, S.-Y. Wu, C. Hsieh, C.-C. Hung, T. Chiu,
National Central Univ., TAIWAN

FR3G-28
Internal Mobile Antenna for LTE / DCN / US-PCS
W.Y. Lee1, Y.S. Jeong2, S.H. Lee1, J.R. Oh1, K.S. Hwang1,
Y.J. Yoon 1 , 1 Yonsei Univ., REPUBLIC of KOREA, 2 LG
Electronics, REPUBLIC of KOREA

FR3G-15
A Circularly-Polarized Microstrip Grid Array Antenna for
60GHz Radios

FR3G-29
A Compact Wide-Band Triple-Band Two-Strip Monopole
Antenna for Wireless Handsets

B. Zhang, Y.P. Zhang, Nanyang Technological Univ.,
SINGAPORE

J.-F. Li, Q.-X. Chu, South China Univ. of Technology,
CHINA

FR3G-17
Design of a Miniature Dual-Band CPW Monopole
Ceramic Antenna

FR3G-30
A Novel RFID Tag Antenna for Matching Complex
Impedances on 915MHz and 2.45GHz Bands

K.-H. Chen1, Y.-T. Hsieh2, C.-M. Cheng2, C.-F. Yang3, Z.-W. Jhang2,
1Tung Fang Institute of Technology, TAIWAN, 2Southern Taiwan Univ.,
TAIWAN, 3National Univ. of Kaohsiung, TAIWAN

W. Lin, Q.-X. Chu, South China Univ. of Technology,
CHINA

FR3G-18
Dual-Band Aperture-Coupled Patch Antenna for RFID
Mobile Terminal Applications

FR3G-31
Internal MIMO Antenna to Selectively Control Isolation
Characteristic by Isolation Aid in Multiband Including
LTE Band

F.-Y. Kuo, P.-H. Pan, C.-Y. Chiang, H.-T. Hsu, H.-T. Chou,
Yuan Ze Univ., TAIWAN

26

S. Lee, J.W. Lee, Karam Solution, REPUBLIC of KOREA

OPEN FORUM (POSTER) SESSIONS
15:00 – 16:30

FR3G-32
Compact Textile Patch Antenna for Wearable FabricApplications

FR3G-47
Nonlinear Behavior Characterization of RF Active Devices
Using Impedance-Dependence X-parameters

S. Ha 1 , S. Lee 2 , H.-J. Yoo 2 , C. Jung 1 , 1 Seoul National Univ. ofTechnology, REPUBLIC of KOREA, 2Korea Advanced Institute of
Science and Technology (KAIST), REPUBLIC of KOREA

C.-S. Chiu1, S.-Y. Lin1, B.-Y. Chen1, K.-M. Chen1, G.-W.
Huang1,2, 1National Nano Device Lab., TAIWAN, 2National
Chiao Tung Univ., TAIWAN

FR3G-33
A Compact Coupled-Fed Penta-band Antenna for Mobile
Phone Application

FR3G-49
Characterization of Left-Handed Traveling-Wave Field
Effect Transistors

C.-L. Tang1, J.Y. Sze2, Y.F. Wu2, 1Auden Techno Corp.,
TAIWAN, 2National Defense Univ., TAIWANS. Nakagawa, K. Narahara, Yamagata Univ., JAPANFR3G-34
Design of a Novel Chipless RFID Tag Using a Simple
Bandstop Resonator

FR3G-50
Complete Electromagnetic Simulation of HEMT Switch
CircuitT. Kim, U. Kim, J. Kwon, J. Choi, Hanyang Univ., REPUBLIC
of KOREA

Y. Zhu, C. Wei, G. Nohra, C. Zhang, O. Klimashov, H. Yin,
D. Bartle, Skyworks Solutions Inc., U.S.A.

FR3G-36Compact UWB Diversity Antenna for Mobile Phone
Applications

FR3G-52
An Important Relation for Determining a High-Efficiency
RF-DC Conversion Circuit

S. Seo, B. Lee, Kwangwoon Univ., REPUBLIC of KOREA

S. Imai, K. Fujimori, M. Sanagi, S. Nogi, Okayama Univ.,
JAPAN

FR3G-37
Compact Square Quadrifilar Spiral Antenna with Circular
Polarization for UHF Mobile RFID Reader

FR3G-53
High-Frequency Characterization of CMOS Active
Inductors

W.-I. Son1, H.-L. Lee1, M.-Q. Lee2, S.-B. Min3, J.-W. Yu1, 1Korea
Advanced Institute of Science and Technology (KAIST), REPUBLIC of
KOREA, 2Univ. of Seoul, REPUBLIC of KOREA, 3Actenna Corp.,
REPUBLIC of KOREA

C. Andrei, NXP Semiconductors, FRANCE

FR3G-38
Simultaneous Switching Noise (SSN) Suppression with a
New Embedded Uniplanar Compact Electromagnetic
Bandgap (EUCEBG) Structure
M. Arghiani, Ferdowsi Univ. of Mashhad, IRAN

FR3G-39
6.8-10GHz Frequency Synthesizer for Software-DefinedRadio
H.-C. Chen1, S.-S. Lu2, 1National Taiwan Univ. of Scienceand Technology, TAIWAN, 2National Taiwan Univ., TAIWAN

FR3G-40
A 3.26-to-4.38GHz Divide-by-3 Injection-Locked
Frequency Divider
P.-C. Ke, Y.-C. Chiang, National Chung Hsing Univ., TAIWAN

FR3G-41
Non-Linear AC/DC Mixed-Mode RF Simulation to
Estimate EVM Temperature Drift of a GaAs pHEMT
Wideband IQ Modulator IC
K. Ihara, Olympus Communication Technology of America,
U.S.A.

FR3G-42
A Chargepump with Enhanced Current Matching andreduced Clock-Feedthrough in Wireless Sensor Nodes
M. Jung, A. Ferizi, R. Weigel, Univ. of ErlangenNuremberg, GERMANY

FR3G-43
A DC to 4GHz Fully Differential Wideband digitally
Controlled Variable Gain Amplifier
T.B. Kumar, K. Ma, K.S. Yeo, S. Mou, M. Nagarajan, J. Gu,
K.M. Lim, Y. Lu, H. Yu, Nanyang Technological Univ., SINGAPORE

FR3G-44
Large Signal Model and CAD Implementation of Impact
Ionization for FET Devices
I. Angelov, M. Ferndahl, Chalmers Univ., SWEDEN

FR3G-46
Robust MM-Wave Large-Signal Time-Domain FETModelS. Asadi, M.C.E. Yagoub, Univ. of Ottawa, CANADA

27

Friday, December 10

WORKSHOPS
Tuesday, December 7

Multi-Input Multi-Output (MIMO) is one of the hottest technologies for mobile radio systems. In order to evaluate the performance of
MIMO terminal accurately, we must use actual antennas mounted on
the mobile terminal in actual multipath-rich propagation environments.
There are two types of OTA (Over-The-Air) schemes to create
the environments equivalent to actual multipath-rich propagation
environments in a test bed. One is a radio echoic chamber named“reverberation chamber” surrounded by 6-plate metallic walls. The
other is a fading emulator which arranges a number of actual radiation antennas representing scattering objects. Both schemes havemerits and demerits with regard to their accuracy, feasibility andcost for examples.
In this workshop, we present two types of OTA schemes fromvarious points of view and show the performances of MIMO terminal which were obtained in a test bed by using the OTA schemes
and in a real field test.

9:00 – 12:00

Room C (303)

WS1C
Progress and Prospects of RF-MEMS
Organaizer: Hiroshi Okazaki, NTT DOCOMO, INC., JAPAN
Hiroshi Okazaki, NTT DOCOMO, INC., JAPAN
Chair:MEMS devices have been expected to provide a major impact
on RF architectures by reducing size and power dissipation, andadding new functions, such as reconfigurability. Because filtersand switches are key devices for RF-MEMS utilization, they are
selected to be present in this work shop.
The first and second talks are related to filters. The first one will
present FBAR technology that has been widely used as filters andduplexers in the mobile phone. It also presents a coupled resonatorfilter that shows promise as a low phase noise device with tunability for VCO applications.
The second talk will present a methodology for designing andimplementing tunable cavity-based RF-MEMS filters. The filters
are based on evanescent-mode cavities that can be tuned by MEMS
diaphragms appropriately placed over their capacitive posts.
Analog tuning ratios of over 2:1 can be realized in this techniquewhile maintaining a quality factor above 400-650.
The third and last talks are related to switches. The third one
will present a unique RF-MEMS switch. The original mechanicalstructure based on a simply supported membrane enhances reliability by active restoring force and controlled positive/negativeout of plane moving. Detailed results and advantages will be
exposed concerning hot switching and lifetime. The last talk will
present a commercialized ohmic contact RF MEMS SPDT switch,which has a low insertion loss of 1.0 dB and a high isolation of 40
dB, up to 10 GHz, and is packaged in 5.2×3.0×1.8 mm3. The
technology developed for the switch will be presented.

WS1D-1 MIMO-OTA Measurement Schemes for User Terminal
Evaluation: Fading Emulator vs. Reverberation Chamber
Yoshio Karasawa, The Univ. of Electro-Communications,JAPAN
WS1D-2 Spatial Correlation Characteristics to be observed in
Spatial Channel Emulator for MIMO-OTA Testing
Tetsuro Imai and Yoshiki Okano, NTT DOCOMO,
INC., JAPANWS1D-3 Over the Air Testing of Multi-Antenna Terminals
Pekka Kyösti, Elektrobit, FINLAND
WS1D-4 Effectiveness of a Fading Emulator Using a Dual-Band
Handset MIMO Antenna by Comparison with a
Propagation Test
Atsushi Yamamoto, Panasonic Corp., JAPANTuesday, December 7

WS1C-1 Applications of FBAR and CRF to the Field of Timeand Frequency
Rich Ruby, Avago Technologies, U.S.A.

Room A (301)

WS2A

WS1C-2 New Directions in MEMS for RF Front-Ends andSensors
Dimitrios Peroulis, Purdue Univ., U.S.A.

Recent Trends and Prospects of Wide Bandgap Semiconductor
DevicesOrganaizers: Masaaki Kuzuhara, Fukui Univ., JAPAN
Shoichi Narahashi, NTT DOCOMO, INC., JAPAN
Chair:
Shoichi Narahashi, NTT DOCOMO, INC., JAPANWS1C-3 A New Mchanical Structure to Enhance Reliability of
RF MEMS Switches
Karim Segueni, DelfMEMS, FRANCE

Today, semiconductor devices play an important role to support
highly-organized infrastructures such as internet or mobile communication systems where people can get necessary information
whenever and wherever they want.
Wide bandgap semiconductor devices are expected to provide
superior performances in RF signal processing fields as well as
power switching applications compared with silicon-based semiconductor devices from the standpoint of higher operating frequency, higher breakdown voltage, and higher power density.
In particular, gallium nitride (GaN) devices have been developed for diversifying applications such as mobile base stations,
automobile power units and millimeter-wave ICs; however, there
still remain technical issues to extract their full potential.
This workshop introduces recent research and development

WS1C-4 OMRON's Ohmic Contact RF MEMS Switch
Tomonori Seki, OMRON, JAPANTuesday, December 7

13:30 – 16:30

9:00 – 12:00

Room D (304)

WS1D
Channel Modeling and Simulator for Mobile Communications
Organaizers: Teruya Fujii, Softbank Mobile Corp., JAPANRyo Yamaguchi, NTT DOCOMO, INC., JAPAN
Chair:
Koich Ogawa, Panasonic Corp., JAPAN28

WORKSHOPS
activities on GaN-based devices, including wireless power transmission application and large-signal device modeling. This workshop also discusses future prospects and challenges of widebandgap semiconductor devices.

WS2B-3 N-Band Planar Filter
Cedric Quendo, Univ. of Brest, FRANCE
WS2B-4 Measurement Method of Interface Conductivity andEffect of Interface Conductivity on LTCC Filters
Akira Nakayama and Hiromichi Yoshikawa, KYOCERA
Corp., JAPANWS2A-1 Application of GaN Devices to Wireless Power
Transmission
Yasuo Ohno, Univ. of Tokushima, JAPANTuesday, December 7

WS2A-2 On the Compact Equivalent Circuit Modeling of GaN FET
Iltcho Angelov, Chalmers Univ. of Technology, SWEDEN

Room C (303)

WS2C

WS2A-3 New Circuit Technologies for GaN HEMT Devices
Koji Yamanaka, Mitsubishi Electric Corp., JAPANTunable RF-Components and their Applications to Wireless Systems
Organizer: Makoto Taromaru, Fukuoka Univ., JAPAN
Chair:
Makoto Taromaru, Fukuoka Univ., JAPANWS2A-4 Advances in GaN HEMT MMIC Amplifiers
Satoshi Masuda, Fujitsu Ltd., JAPANTuesday, December 7

13:30 – 16:30

Necessity for tunable RF components is growing up as software
defined radio (SDR) and reconfigurable radio technologies arebeing studied and developed toward “ubiquitous network society.”
This is because it is difficult for an analogue-to-digital converter
to process the received signal in RF, IF, or even in baseband stage
before the channel selection filter and the AGC amplifier due to thewide dynamic range of the signal. In other words, a tunable orswitchable filter is necessary to suppress unwanted signals in the
spectrum received.
This workshop presents some recent advancements of tunable
components, especially on capacitors and filters, as well as exploring their technical practicability and pragmatic application forradio transceivers and systems.

13:30 – 16:30

Room B (302)

WS2B
Recent Progress in Filters and Couplers
Organizer: Zhewang Ma, Saitama Univ., JAPAN
Chair:
Zhewang Ma, Saitama Univ., JAPANWith the constant evolution in telecommunication field, there
are always strong technical and market demands for high performance microwave filters and couplers. This workshop presents
recent progress in both the design methods and fabrication techniques of microwave filters and couplers.
The first talk focuses on two-dimensional design techniques ofwaveguide-type directional couplers, including substrate integrated waveguide (SIW) couplers and PTFE-filled waveguide couplers. The second talk provides discussions on many important
aspects in the design and manufacturing of SIW filters, such as the
choice of filter topologies and substrates, fabrications on various
substrates, and tradeoffs between the efficient design and performance of SIW filters.
In the third talk, after multiple solutions of dual-band filters aredescribed, a general design method of N-band planar filters is presented in order to develop multi-band filters in multi-mode/multiband communication systems. The final talk introduces first a
measurement method of the conductivity of interface between ametal film and a dielectric substrate. Then, examples are provided
to show how to use the correctly evaluated interface conductivities
to improve the fabrication process of conductor films in low temperature co-fired ceramics (LTCCs) and to better the design andperformance of LTCC filters.

WS2C-1 Reconfigurable Font-End Utilizing Digitally Tunable
Capacitors
Rodd Novak, Peregrine Semiconductor Corp., U.S.A.
WS2C-2 RF-MEMS Tunable Capacitor for Cellular Phones
Tamio Ikehashi, Toshiba Corp., JAPANWS2C-3 Tunable SAW/BAW Filters: Dream or Reality?
Ken-ya Hashimoto, Chiba Univ, JAPANWS2C-4 Research and Development on Tunable RF Devices for
Reconfigurable
Hiroshi Harada, NICT, JAPANTuesday, December 7

13:30 – 16:30

Room D (304)

WS2D
Short-Range Wireless Communications and Technologies
Organizer: Kenjiro Nishikawa, NTT Corp., JAPAN
Chair:Tomohiro Seki, NTT Corp., JAPANWS2B-1 A Recent Trend in Waveguide-Type Directional
Couplers — Focusing on Two-Dimensional Design
Techniques —Isao Ohta1 and Mitsuyoshi Kishihara2, 1Univ. of Hyogo,
2Okayama Prefectural Univ., JAPANShort-range / Near-field wireless communication systems andtechnologies have been rapidly evolving and exhibited many benefits
for several applications such as; chip-to-chip interconnect, highspeed wireless data transmission, and wireless delivery of energy.
These technologies provide cost-reduction of LSI / memory packaging, compactness, higher wireless transmission speed, and so on.

WS2B-2 Systematic Overview of Substrate Integrated Waveguide(SIW) Filters: Design and Performance Tradeoffs
Xiao-Ping Chen and Ke Wu, Ecole Polytechnique, CANADA
29

WORKSHOPS
This workshop highlights recent achievements and discusses
the challenges in this technical field.
Topics include, ThruChip Interface (TCI) technology which isan emerging wireless data link between stacked chips in a package,
CMOS-based Large-Scale Radiating Integrated (LSRI) circuits
and its application to Near-Field Direct Antenna Modulation(NFDAM), Short-range MIMO technology and its application toultra-high-speed wireless link, and wireless power and informationtransmission technology for medical applications.

WS2D-1 ThruChip Interface
Noriyuki Miura, Keio Univ., JAPANWS2D-2 Large-Scale Radiating Integrated Circuits
Aydin Babakhani, Rice Univ., U.S.A.
WS2D-3 Short Range MIMO Technologies
Kentaro Nishimori, Niigata Univ., JAPANWS2D-4 Wireless Power Delivery and Data Transmission for
Miniature Medical Implants
Ada Poon, Stanford Univ., U.S.A.

SHORT COURSES
Tuesday, December 7

9:00 – 12:00

Room A (301)
After ten years of intense research activities, metamaterials
have become one of the most vibrant and promising field of radio
science and technology. Following the discovery of novel electromagnetic concepts, such as negative refraction, super-resolution
imaging and cloaking, an impressive number of novel metamaterial component, antenna and system concepts and applications havebeen developed over the past few years.
This course will present an up-to-date overview of metamaterial science and technology. It will first introduce the fundamentals
of metamaterials, including basic definitions, historical milestones,
an intuitive description of the main metamaterial properties, and thegenesis of modern metamaterials.
Next, it will present the two classes of “conventional” metamaterials, the resonant-particle and the transmission-line metamaterials, showing their fundamental differences and similarities, andestablishing their theoretical foundations, with a particular emphasis on composite right/left-handed (CRLH) transmission line metamaterials, which have lead to the most significant microwave applications of the field. Upon this basis, a suite of applications will be
overviewed, including enhanced-bandwidth and multi-band components, tight broadband couplers, agile power combiners, realtime Fourier devices, smart leaky-wave and resonant antennas,
active beam-shaping systems, refractors, meta-substrates and nonreciprocal radomes.
Finally, the novel concept of multi-scale metamaterials,
believed by the author to prelude the next generation of metamaterials, will be discussed. Such materials are structured at different
scales, the micro, nano and atomic scales, and their simultaneous
exploitation of several of these scales leads to unprecedented
opportunities for unprecedented microwave devices based on material dispersion, anisotropy and quantum engineering.
This next-generation metamaterials will be illustrated by theexample of ferromagnetic nanowire metamaterials, whose uniqueproperties of double ferromagnetic resonance, self-biasing, spintorque and related novel applications will be briefly presented.
Concluding remarks will summarize the course and discuss future
directions of the field.

SC1A
Modeling and Design Techniques for High Power Amplifiers
and their Performance
Organizers: Kazutomi Mori, Mitsubishi Electric Corp., JAPANKoji Yamanaka, Mitsubishi Electric Corp. JAPAN
Chairs:Kazutomi Mori, Mitsubishi Electric Corp., JAPANKoji Yamanaka, Mitsubishi Electric Corp. JAPANSC1A-1 Linear Power Amplifier Design for Mobile
Communication—From the Device to the Circuit—
Bumman Kim, Pohang Univ. of Science and Technology,
KOREA
PAs for the next generation wireless communication systems
should be efficient as well as linear.
To introduce design technique of the linear PA, the nonlinear
characteristics of transistors, i.e., FET and Bipolar are discussed.
Then, the linear PA design procedure is described. The highly
efficient switching/saturated PAs become very important technology since advanced architectures can deliver the required linearity while preserving the efficiency.
Those PAs and transmitter architectures are also introduced. To
cover the broad area of the PAs, it is assumed that audience has abasic knowledge of the PA design.

Room B (302)

SC1B
Electromagnetic Metamaterials and their Microwave
Applications
Organizer: Atsushi Sanada, Yamaguchi Univ., JAPAN
Chair:
Atsushi Sanada, Yamaguchi Univ., JAPANSC1B-1

Electromagnetic Metamaterials and their Microwave
Applications
Christophe Caloz, École Polytechnique of Montréal,
CANADA
30

EXHIBITION
in Japanese by Japanese authorities.
· The historical exhibition of microwave technologies inJapan, where more than 100 panels as well as productswith respect to antennas, semiconductors, filters andsystems will be displayed.
· The university exhibition, where more than twenty
universities will demonstrate their unique research
activities in the field of microwaves.
This exhibition is open to all visitors with no entrance
fee. In order to enter, you need to show your participant
badge, which is given to you after the free registration at thereception desk in the Exhibition Hall. The Conference participants in APMC 2010 can also enter the exhibition hall
freely by showing the registration name tag. All visitors will
be provided with a free guidebook.

Microwave Exhibition 2010 will be held in association
with the 2010 Asia-Pacific Microwave Conference (APMC2010) at the Exhibition Hall A and B in Pacifico Yokohama,the venue of the conference, from Wednesday, December 8 to
Friday, December 10, 2010. More than 300 microwave-relatedcompanies from all over the world will display their latest
products and services including systems, sub-systems, components, parts, materials, instruments and CAD softwares.
The main language in the Exhibition Hall is Japanese. At thesame time, the following attractive programs are also featured:· Technical seminars on the new technologies and products presented by the exhibitors.
· Tutorial lectures related to foundations for microwave
semiconductor devices, active and passive circuits, andmobile & fixed telecommunication systems, provided

EXHIBITORS(Following is the list of exhibiting companies as ofAugust 31, 2010, and those who exhibited in 2009)
ADMOTECH INC.
ADVANTEST CORP.
AET, INC.
AGILENT TECHNOLOGIES JAPAN, LTD.
AI ELECTRONICS LTD.
AMT, INC.
AMTECHS CORP.
ANRITSU CORP.
ANSOFT JAPAN K.K.
ARUMOTECH CORP.
ASNICS CO., LTD.
AT COMMUNICATIONS K.K.
ATN JAPAN, LTD.
AWR JAPAN K.K.
CANDOX SYSTEMS, INC.
CASCADE MICROTECH JAPANCHRONIX INC.
COMCRAFT CORP.
CORNES DODWELL LTD.
DAIKEN CHEMICAL CO., LTD.
DEVICE CO., LTD.
DIGITAL SIGNAL TECHNOLOGY, INC.
E&C ENGINEERING K.K.
ELECTRONIC NAVIGATION RESEARCHINSTITUTE
EPOCH MICROELECTRONICS, INC.
E-SONG EMC CO., LTD.
ETS-LINDGREN JAPAN, INC.
FARAD CORP.
FRONTLYNK TECHNOROGIES INC.
FUJI DENKA INC.
FUJITSU LTD.
FURUKAWA C&B CO., LTD.
FUSOH SHOJI CO., LTD.
G. T. ELECTRONICS CORP.
HIRAI SEIMITSU KOGYO CORP.
HISOL, INC.
HITACHI, LTD.
HI-TECHNOLOGY TRADING, INC.
HITTITE K.K.
IDAQS CO., LTD.
INNERTRON CO., LTD.
INTERTEC CORP.
ITOCHU TECHNO-SOLUTIONS CORP.

JUNKOSHA INC.
KANSAI DENSHI INDUSTRY CO., LTD.
KANTO ELECTRONIC APPLICATIONDEVELOPMENT INC.
KAWASHIMA MANUFACTURING CO., LTD.
KEISOKU ENGINEERING SYSTEM CO., LTD.
KEYCOM CORP.
KODEN ELECTRONICS CO., LTD.
KOZO KEIKAKU ENGINEERING INC.
LPKF JAPAN CO., LTD.
MAJ CO., LTD.
MAYCOM JAPAN CO., LTD.
MEL INC.
MICRO DENSHI CO., LTD.
MICROWAVE ABSORBERS INC.
MICROWAVE FACTORY CO., LTD.
MIDORIYA ELECTRIC CO., LTD.
MINI-CIRCUITS YOKOHAMA, LTD.
MITS ELECTRONICS
MITSUBISHI ELECTRIC CORP.
MITSUBISHI ELECTRIC METECS CO., LTD.
MITSUBISHI ELECTRIC TOKKI SYSTEMS
CORP.
MITSUHIRO CO., LTD.
MITSUNAMI CO., LTD.
MIYAZAKI ELECTRIC WIRE & CABLE CO.,LTD.
MORITA TECH CO., LTD.
MPDEVICE CO., LTD.
M-RF CO., LTD.
NAGASE & CO., LTD.
NAKA & CO., LTD.
NAKAO CORP.
NATIONAL INSTRUMENTS JAPAN CORP.
NEC ELECTRONICS CORP.
NET COMSEC CO., LTD.
NETWELL CORP.
NEW METALS AND CHEMICALS CO., LTD.
NIHON DEMPA KOGYO CO., LTD.
NIHON DENGYO KOSAKU CO., LTD.
NIHON KOSHUHA CO., LTD.
NIHON RADIALL K.K.
NIPPON AIRCRAFT SUPPLY CO., LTD.
NIPPON PILLAR PACKING CO., LTD.
NPS, INC.
NXP SEMICONDCTORS JAPAN LTD.
OMRON CORP.
ORIENT MICROWAVE CORP.
OSHIMA PROTOTYPE ENGINEERING CO., LTD.

31

PTM CORP.
PTT CO., LTD.
PVJ INC.
R&K CO., LTD.
RENESAA ELECTRONICS CORP.
REPIC CORP.
REPRORISE INC.
RFTESTLAB CO., LTD.
RICHARDSON ELECTRONICS, K.K.
RIKEI CORP.
RIKEN DENGU SEIZO CO., LTD.
RIKEN ENVIRONMENTAL SYSTEM CO.,LTD.
ROGERS JAPAN INC.
ROHDE & SCHWARZ JAPAN K.K.
SAIKA TECHNOLOGICAL INSTITUTE
FOUNDATIONSANKEN CORP.
SEIKOH GIKEN CO., LTD.
SEKI TECHNOTRON CORP.
SHINKO PHOTO SERVICE INC.
SHOSHIN CORP.
SONNET GIKEN CO., LTD.
SPC ELECTRONICS CORP.
STACK ELECTRONICS CO., LTD.
SUMITOMO ELECTRIC INDUSTRIES, LTD.
SUSS MICROTEC K. K.
SYSTEC RESEARCH INC.
TAKITEK K. K.
TAMA DEVICE CO., LTD.
TAMAGAWA ELECTRONICS CO., LTD.
TECDIA CO., LTD.
TECHNOPROBE CO., LTD.
TOKIN EMC ENGINEERING CO., LTD.
TOKO TRADING INC.
TOKODENSHI CO., LTD.
TOKYO KEIKI INC.
TOSHIBA CORP.
TOYAMA DENKI BUILDING CO., LTD.
TOYO CORP.
TOYO MEDIC CO., LTD.
TSS JAPAN CORP.
U.S.HI-TECH INDUSTRIES JAPAN CORP.
VEGA TECHNOLOGY INC.
WAKA MANUFACTURING CO., LTD.
WAKOH COMMUNICATION INDUSTRIAL
CO., LTD.
WAVE TECHNOLOGY INC.
WIN SEMICONDUCTORS CORP.

EXHIBITION
WIPL-D(JAPAN), INC.
Y. K. CO., LTD.
YOKOHAMA DENSHI SEIKO CO., LTD.
YOKOWO CO., LTD.
YUETSU SEIKI CO., LTD.

(The list of overseas exhibitors with Japanese
Agent in 2009)
ACTENNA INC.
ADVANCED CONTROL COMPONENTS INC.
ADVANCED ELECTRONICS TECHNOLOGYASSOCIATES, INC.
ADVANCED MICROWAVE, INC.
ADVANCED SEMICONDUCTORADVANCED SEMICONDUCTOR BUSINESSINC.
ADVANCED TECHNICAL MATERIALS, INC.
AEROFLEX/INMETAEROFLEX/KDI-INTEGRATED PRODUCTS
AEROFLEX/WEINSCHELAEROTEK CO., LTD.
AKON, INC.
ALDETEC, INC.
ALTRONIC RESEARCH, INC.
AMCOM COMMUNICATIONS, INC.
AMERICAN TECHNICAL CERAMICS CORP.
AML COMMUNICATIONS INC.
AMPLICAL CORP.
ANADIGICS INC.
ANADYNE, INC.
ANAREN MICROWAVE, INC.
ANTENNA RESEARCH ASSOCIATES, INC.
APOLLO MICROWAVES LTD.
APPLIED RESEARCH & PHOTONICS
APPLIED SYSTEMS ENGINEERING, INC.
ARRA, INC.
ARRIS CXMARTECH HOUSE, INC.
ASB INC.
ATLANTIC MICROWAVE CORP./COBHAM
DEFENSE ELECTRONIC SYSTEMSATLANTIC MICROWAVE LTD.
ATLANTIC POSITIONING SYSTEMS/COBHAM DEFENSE ELECTRONIC SYSTEMSAVAGO TECHNOLOGIES LTD.
AZIMUTH SYSTEMS, INC.
BABCOCK, INC.
BLUEGIGA TECHNOLOGIES OYBLUETEST AB
BOONTON ELECTRONICSBOWEI INTEGRATED CIRCUITS CO., LTD.
BSC FILTERS LTD.
B&Z TECHNOLOGIESCALIFORNIA TUBE LABORATORYCAP WIRELESS, INC.
CARLISLE INTERCONNECT TECHNOLOGIESCENTELLAX INC.
CERAGON NETWORK LTD.
CERNEX, INC.
CHANNEL MICROWAVE CORP.
CHARTER ENGINEERING, INC.
COBHAM ANTENNA SYSTEMS, MICROWAVEANTENNAS
COBHAM DES ATLANTIC MICROWAVECORP.
COBHAM DES ATLANTIC POSITIONINGSYSTEMSCOBHAM DES CONTINENTAL MICROWAVEDIVISION

COBHAM DES M/A-COM INC.
COBHAM DES NURAD TECHNOLOGIESCOBHAM DES REMEC DEFENSE & SPACE,
INC.
COBHAM DES SENSORS AND ANTENNASYSTEMS, LANSDALE
COLBY INSTRUMENTS, INC.
COLEMAN MICROWAVE CO.
COMOTECH CORP.
COMPEX CORP.
COMSOL AB
COMTECH PST CORP.
CONTINENTAL MICROWAVE/COBHAM
DEFENSE ELECTRONIC SYSTEMSCOOPER BUSSMANNCORNELL DUBILIER ELECTRONICS, INC.
CREE INC.
CST-COMPUTER SIMULATION TECHNOLOGYAG
C-TECH CO., LTD.
CTT INC.
CUMING CORP.
CUSTOM MICROWAVE COMPONENTS, INC.
CUSTOM MICROWAVE, INC.
CYNERGY3 COMPONENTS LTD.
DAICO INDUSTRIES, INC.
DBM
DIAMOND ANTENNA & MICROWAVECORP.
DIELECTRIC LABORATORIES INC.
DIVERSIFIED TECHNOLOGIES, INC.
DORADO INTERNATIONAL CORP.
DOW-KEY MICROWAVE CORP.
DUCOMMUN TECHNOLOGIES, INC.
E2V TECHNOLOGIESECLIPSE MICROWAVE, INC.
EKSPLA
ELVA-1 LTD.
EM RESEARCH, INC.
EM SOFTWARE & SYSTEMSEMCORE BROADBAND
EMERSON & CUMING MICROWAVE PRODUCTS,
INC.
EMERSON (JOHNSON COMPONENTS, INC.)EMPOWER RF SYSTEMS, INC.
ENDWAVE CORP.
ENSIGN POWER SYSTEMS, INC.
ENVIRO MENTOR AB
EUVIS, INC.
EW SIMULATION TECHNOLOGY LTD.
EXCELICS SEMICONDUCTOR, INC.
FARRAN TECHNOLOGY LTD.
FARRAN TECHNOLOGY, LTD. (A SMITHS
DETECTION CO.)FASTLAX LTD.
FLXCO MICROWAVE INC.
FRACTUS S.A.
FREESCALE SEMICONDUCTOR JAPAN LTD.
(FORMERLY MOTOROLA JAPAN LTD.
SEMICONDUCTOR PRODUCTS SECTOR)
GC RFLAB CO., LTD.
GENERAL DYNAMICS SATCOM TECHNOLOGIESGENESIS MICROWAVE INC.
GIGALANE CO., LTD.
GIGATECH CO., LTD.
GIGA-TRONICS, INC.
GLACIER MICROELECTRONICSHEATWAVE LABS, INC.
HEI, INC.

32

HERLEY GENERAL MICROWAVE ISRAELCORP.
HERLEY-CTI
HITTITE MICROWAVE CORP.
HNL, INC.
HUBER+SUHNER AGHVVI SEMICONDUCTORS, INC.
HXI, LLC
IEEE-PRESSIF ENGINEERING CORP.
IHP
INDEXSAR LTD.
INFINEON
INTER-CONTINENTAL MICROWAVE, C.E.
PRECISION ASSEMBLIES, INC.
IQE RF LLC
IRONCAD LLC
I&TECH CO., LTD.
IW (INSULATED WIRE, INC.)
J MICRO TECHNOLOGYJFW INDUSTRIES, INC.
JOHANSON MANUFACTURING CORP.
JOHN WILEY & SONS, LTD.
KEMET
KEVLIN CORP./COBHAM DEFENSEELECTRONIC SYSTEMSKJ COMTECH CO., LTD.
K&L MICROWAVE, INC.
KMIC TECHNOLOGY, INC.
KRYTAR
L-3 COMMUNICATIONS, ELECTRON DEVICES
L-3 COMMUNICATIONS, NARDA MICROWAVEEAST
L-3 COMMUNICATIONS, NARDA MICROWAVEWESTLABTECH LTD.
LIEDER DEVELOPMENT INC.
LINEAR PHOTONICS, LLC
LINK MICROTEK LTD.
LINX TECHNOLOGIES, INC.
LOGUS MICROWAVE CORP.
LPKF LASER & ELECTRONICS AG
LUCIX CORP.
LUN’ TECH
M/A-COM.
MAGUS(PTY) LTD.
MARKI MICROWAVE INC.
MAURY MICROWAVE CORP.
MBF MICROWAVE, INC.
MCL, INC.
MEGA INDUSTRIES, LLC
MEGAPHASE LLC
MERRIMAC INDUSTRIES, INC.
MESL MICROWAVE LTD.
MI TECHNOLOGIES, LLC
MICA MICROWAVE CORP.
MICRO CRYSTAL S.A.
MICRO LAMBDA WIRELESS, INC.
MICRO-COAX, INC.
MICROLAB/FXRMICRONETICS, INC.
MICROPHASE CORP.
MICROSEMI POWER PRODUCTS GROUP(PPG)
MICROSOURCE, INC.
MICRO-TRONICS, INC.
MICROWAVE AMPLIFIERS LTD.
MICROWAVE CIRCUITS, INC.
MICROWAVE COMMUNICATIONSLABORATORIES, INC.(MCLI)EXHIBITIONMICROWAVE DEVELOPMENTLABORATORIES, INC.
MICROWAVE DEVICE TECHNOLOGYMICROWAVE DYNAMICS
MICROWAVE ENGINEERING CORP.
MICROWAVE INNOVATIONSMICROWAVE RESOURCES CORP.
MICROWAVE SOLUTIONS, INC.
MICROWAVE TECHNOLOGY, INC.
MILLIMETER WAVE PRODUCTS, INC.
MILLIREN TECHNOLOGIES, INC.
MIMIX BROADBAND INC.
MINI-CIRCUITSMINI-CIRCUITS LABORATORY, INC.
MINI-SYSTEMS, INC.
MITEQ, INC.
MODCO, INC.
MODELITHICS INC.
MPDEVICE CO., LTD.
M-PULSE MICROWAVE INC.
MUEGGE ELECTRONIC GMBH
NEARFIELD SYSTEMS, INC.
NEL FREQUENCY CONTROLS, INC.
NEXTEC MICROWAVE & RF INC.
NICOMATICNITRONEX CORP.
NOISECOMNORDEN MILLIMETER, INC.
NORTHROP GRUMMAN SPACE TECHNOLOGYMICROELECTRONIC PRODUCTS &SERVICES
NURAD TECHNOLOGIES, INC./COBHAM
DEFENSE ELECTRONIC SYSTEMSOHMITEOLESON MICROWAVE LABS.
OMNIYIG, INC.
ORBIT/FR ENGINEERING LTD.
OSCILLOQUARTZ SAPASSIVE-PLUS, INC.
PASTERNACK ENTERPRISES, INC.
PENDULUM, INC.
PENN ENGINEERING COMPONENTS
PEREGRINE SEMICONDUCTOR, INC.
PHASE ONE MICROWAVE, INC.
PHOTLINE TECHNOLOGIESPILKOR ELECTRONICS CO., LTD.
PLANAR MONOLITHICS INDUSTRIES, INC.
POLYPHASER CORP.
PRESIDIO COMPONENTS, INC.
PULSAR MICROWAVE CORP.
QPAR ANGUS LTD.
QWED SP. Z O.O.
RADAR TECHNOLOGY, INC.
RADIALL INC.
RALTRON ELECTRONICS CORP.
REACTEL, INC.
RELCOMM TECHNOLOGIES, INC.
REMEC DEFENSE & SPACE, INC./COBHAM
DEFENSE ELECTRONIC SYSTEMSRESIN DESIGNS, LLC
RESOTECH, INC.
RF COAX INC.
RFHIC CORP.
R.F. HITEC, INC.
RFIC SOLUTIONS, INC.
RFIC TECHNOLOGY CORP.
RF MICRO DEVICES, INC.
RH LABORATORIES, INC.
ROSENBERGERRS MICROWAVE COMPANY, INC.

SAGE LABORATORIES INC.
SAIREMSANGSHIN ELECOM CO., LTD.
SAS LANSDALE/COBHAM DEFENSEELECTRONIC SYSTEMSSCIENTIFIC MICROWAVE CORP.
SECTOR MICROWAVE INDUSTRIES, INC.
SEMFLEX, INC.
SHENGLU TELECOMMUNICATION TECH.
CO.
SIERRA MICROWAVE TECHNOLOGYSIRIT INC.
SKYCROSS, INC.
SKYWORKS SOLUTIONS, INC.
SONNET SOFTWARE, INC.
SONOMA INSTRUMENTSONOMA SCIENTIFIC, INC.
SOPHIA WIRELESS, INC.
SOUTHWEST MICROWAVE, INC.
SPACEK LABS, INC.
SPECTRUM CONTROL, INC.
SPECTRUM MICROWAVE, INC.
SPIRENT COMMUNICATIONS PERFORMANCEANALYSIS, WIRELESSSPIRENT COMMUNICATIONS POSITIONINGTECHNOLOGYSTANFORD RESEARCH SYSTEMS, INC.
STANGENES INDUSTRIES, INC.
STATE OF THE ART, INC.
STC MICROWAVE SYSTEMS, ARIZONA(旧 SIGNAL TECHNOLOGY CORP. ARIZONA)STC MICROWAVE SYSTEMS, OLEKTRON(旧 SIGNAL TECHNOLOGY CORP. OLEKTRON)STEALTH MICROWAVE, INC.
STRATEDGE CORP.
SUMMITEK INSTRUMENTS, INC.
SUNNY ELECTORONICS
SV MICROWAVE INC.
SYFER TECHNOLOGY, LTD.
TACONIC CO., LTD.
TECHTROL CYCLONETICS, INC.
TECOM INDUSTRIES, INC.
TEGAM, INC.
TELEDYNE COAX SWITCHESTELEDYNE MICROWAVETELEDYNE RELAYSTELEDYNE STORM PRODUCTS CO.
TEMEXTHE FERRITE CO., INC.
THE FERRITE COMPONENTS, INC.
THE MCGRAW-HILL CO.
THE PHOENIX COMPANY OF CHICAGO,INC.
TIMES MICROWAVE SYSTEMSTLC PRECISION WAFER TECHNOLOGY,
INC.
TRAK MICROWAVE CORP.
TRAK MICROWAVE LTD.
TRANSCOM, INC.
TRANS-TECH, INC.
T-RAY SCIENCE INC.
TRIQUINT(INCLUDING WJ COMMUNICATIONS)TROICOM, INC.
TRONSER INC.
TRU CORP.
TT ELECTRONICS SEMELAB LTD.
UNITED MONOLITHIC SEMICONDUCTORS
S.A.S.
UNIVERSAL MICROWAVE TECHNOLOGY,
INC.

33

UNIVERSAL SWITCHING CORP.
VECTOR TELECOM PTY LTD.
VECTRON INTERNATIONALVERTEX MICROWAVE PRODUCTS, INC.
VIDA PRODUCTS, INC.
VIRGINIA DIODES INC.
VIVA TECH LTD.
VUBIQ, INC.
VµBIQ, INC.
WAVECONTROL GMBH
WEINSCHEL ASSOCIATESWERLATONE, INC.
WIDE BAND SYSTEMS, INC.
WINCHESTER ELECTRONICS CORP.
WIPL-D D.O.O.
W.L.GORE&ASSOCIATES, INC.
XICOM TECHNOLOGY, INC.
XSIS ELECTRONICS INC.
YANTEL CORP.
ZELAND SOFTWARE, INC.
アイ電子㈱㈱エディックシステムズ㈲清田製作所㈱テレパワーAPMC 2010 COMMITTEE OFFICERS
Shigebumi SAITO
Keiji TACHIKAWA
Tsukasa YONEYAMAORGANIZING COMMITTEE
Chair:
Masayoshi AIKAWA

Saga University

AUDITORS
Vice Chairs:
Kiyomichi ARAKI
Masahiro MURAGUCHI
Noriharu SUEMATSU

Iwao MATSUMOTO
Yoichiro TAKAYAMATokyo Institute of Technology
Tokyo University of Science
Tohoku University

INTERNATIONAL STEERINGCOMMITTEE

Members:
Makoto ANDO
Eisuke FUKUDA
Kazuo HAGIMOTO
Yasuo HIRATA
Shigekazu HORI
Hideharu IEKI
Osami ISHIDA
Hiroshi KONDOH
Keiichi KUBOTA
Hiroshi KUMAGAI
Toshio MASAKI
Tatsuro MASAMURA
Yoshihiko MIYANOAtsushi MORITA
Shigeru NAKAJIMA
Kazunori NAKAMURA
Toshio NOJIMA
Isao OHTA
Junjiro ONODA
Seizo ONOE
Takashi SEKINO
Shigeki SUYAMA
Tadashi TAKAGI
Akira TAKAHASHI
Makoto TSUTSUMI
Masaharu UCHINO
Yoshiki UENO
Masaaki UMESHIMA
Katsuya WATANABE

Chair:
Tokyo Institute of Technology
Fujitsu Laboratories Ltd.
NTT Corp.
ATR
Alpine Electronics, Inc.
Murata Mfg. Co., Ltd.
Okinawa National College of Technology
EHF Consulting
NHK
NICT
Toshiba Corp.
Japan Radio Co., Ltd.
Hitachi, Ltd.
Mitsubishi Electric Corp.
Sumitomo Electric Industries, Ltd.
Furukawa Electric Co., Ltd.
Hokkaido University
University of Hyogo
JAXA
NTT DOCOMO, INC.
Advantest Corp.
NEC Corp.
Tohoku University
Sharp Corp.
Fukui University of Technology
Anritsu Corp.
Genesis Research Institute, Inc.
Agilent Technologies Japan, Ltd.
Ministry of Internal Affairs andCommunications

Noriharu SUEMATSU

Tohoku University

Vice Chairs:
Hiroshi OKAZAKI
Atsushi SANADANTT DOCOMO, INC.
Yamaguchi University

STEERING COMMITTEE
Chair:
Kiyomichi ARAKITokyo Institute of Technology

Vice Chairs:
Osamu HASHIMOTO
Takashi OHIRA

Aoyama Gakuin University
Toyohashi University of Technology

Members:
Kunio AKADA
Mitsuo HASEGAWA
Kanna IBE
Kazufumi IGARASHI
Hiroshi ISHIMURA
Yoshihiro ISHITA
Nobuyuki ITOH
Tadashi KAWAI
Hirokaki KAWANO
Hiroyuki KAYANOAtsushi KEZUKA
Toshihide KIKKAWA
Masayuki KIMISHIMA
Yoshinori KOGAMI
Takao KUKI
Hiromichi KURODA
Ken-ichi MARUHASHI
Moriyasu MIYAZAKI
Kazutomi MORI
Shoichi NARAHASHI
Yoshio NIKAWA
Kenjiro NISHIKAWA
Shiro OHARA
Hiroshi OKABE
Satoshi OKABE
Hiroshi OKAZAKI
Kensuke OKUBO
Naoko ONO
Kei SAKAGUCHI
Atsushi SANADA
Kouji SHIBATA
Tsugumichi SHIBATA
Hitoshi SHIMASAKI
Yasunori SUZUKI
Jun-ichi TAKADA

Secretary:
Takao KUKI
Kenjiro NISHIKAWA

Tokyo Institute of Technology
The University of Electro-Communications

NHK
NTT Corp.

ADVISORS
Ikuo AWAI
Yasutake HIRACHI
Jui-Pang HSU
Masanobu ITOH
Masataka KAWAUCHI
Susumu KITAZUME
Yoshio KOBAYASHI
Nobuaki KUMAGAI
Kazuhiro MIYAUCHI
Koji MIZUNO
Shizuo MIZUSHINA
Makoto NAGAO
Yoshiyuki NAITO
Sogo OKAMURA

34

Rohde & Schwarz Japan K.K.
Japan Radio Co., Ltd.
Toshiba Corp.
JEPICO Corp.
Okayama Prefectural University
University of Hyogo
Panasonic Mobile Communications Co.,Ltd.
Toshiba Corp.
Japan Radio Co., Ltd.
Fujitsu Laboratories Ltd.
Advantest Corp.
Utsunomiya Univeresity
NHK
Toshiba Corp.
NEC Corp.
Mitsubishi Electric Corp.
Mitsubishi Electric Corp.
NTT DOCOMO, INC.
Kokushikan University
NTT Corp.
Sumitomo Electric Industries, Ltd.
Renesas Electronics Corp.
NHK
NTT DOCOMO, INC.
Okayama Prefectural University
Toshiba Corp.
Tokyo Institute of Technology
Yamaguchi University
Hachinohe Institute of Technology
NTT Corp.
Kyoto Institute of Technology
NTT DOCOMO, INC.
Tokyo Institute of Technology

APMC 2010 COMMITTEE OFFICERS
Ken TAKEI
Masaharu TAKEI
Yukio TAKIMOTO
Satoshi TANAKA
Eiji TANIGUCHI
Nobuyuki TENNO
Osamu TSUJII
Hiromitsu UCHIDA
Shigeru YANAGAWA
Naofumi YONEDA

Hiroshi OKAZAKI
Kensuke OKUBO
Atsushi SANADA
Tomohiro SEKI
Ken TAKEI
Makoto TAROMARU
Ichihiko TOYODARyo YAMAGUCHI
Koji YAMANAKA

Hitachi, Ltd.
Sumiden Device Expert Service, Inc.
Kokushikan University
Renesas Electronics Corp.
Mitsubishi Electric Corp.
Murata Mfg. Co., Ltd.
Agilent Technologies Japan, Ltd.
Mitsubishi Electric Corp.
Toshiba Corp.
Mitsubishi Electric Corp.

OVERSEAS TECHNICAL PROGRAMCOMMITTEETECHNICAL PROGRAMCOMMITTEE

Members:

Chair:
Masahiro MURAGUCHI

Arokiaswami ALPHONES
Mazlina ESA
Kamran GHORBANI
Manas K. HALDAR
Wei HONG
Tzyy-Sheng Jason HORNG
Tatsuo ITOH
Bumman KIM

Tokyo University of Science

Vice Chairs:
Kazukiyo JOSHIN
Fujitsu Laboratories Ltd.
Masashi NAKATSUGAWA NTT Corp.
Yo YAMAGUCHINTT Corp.

Members:
Morishige HIEDA
Masayuki KIMISHIMA
Masaaki KUZUHARA
Keren LI
Zhewang MA
Kazutomi MORI
Koichi MURATA
Shoichi NARAHASHI
Kenjiro NISHIKAWA
Toshihiro NOMOTONTT DOCOMO, INC.
Okayama Prefectural University
Yamaguchi University
NTT Corp.
Hitachi, Ltd.
Fukuoka University
NTT Corp.
NTT DOCOMO, INC.
Mitsubishi Electric Corp.

Shiban Kishen KOUL
Hai-Young LEE
Joshua Le-Wei LI
Kin-Lu WONG
Ruey-Beei WU

Mitsubishi Electric Corp.
Advantest Corp.
Fukui University
NICT
Saitama University
Mitsubishi Electric Corp.
NTT Corp.
NTT DOCOMO, INC.
NTT Corp.
Tohoku Institute of Technology

Nanyang Technological University
Universiti Teknologi Malaysia
RMIT University
Swinburne University of Technology
Southeast University
National Sun Yat-Sen University
UCLA
Pohang University of Science andTechnology
Indian Institute of Technology Delhi
Ajou University
National University of Singapore
National Sun Yat-sen University
National Taiwan University

AWARDS COMMITTEE
Chair:
Masami AKAIKE

Tokyo University of Science

APMC 2010 Secretariat
c/o Real Communications Corp.
3F Shimmatsudo S Bldg., 1-409 Shimmatsudo,
Matsudo 270-0034, Japan E-mail: mweapmc@io.ocn.ne.jp

http://www.apmc2010.org/

35