The 17^th International Zurich Symposium 
and Technical Exhibition on Electromagnetic Compatibility

Proceedings for EMC Zurich '06

Technical Sessions:

AUTO-1	Automotive EMC	LIGHT-1	Lightning EMC
AUTO-2	SS - Automotive EMC	LIGHT-2	Lightning
CEM-1	Computational Electromagnetics (Invited)	MEAS-1	EMC Measurement Techniques
CEM-2	Materials, Absorbers and Shields	MEAS-2	EMC Measurement Techniques
CEM-3	Radiation and Scattering	MEAS-3	EMC Testing Facility
CEM-4	Time-Domain Modeling	MEAS-4	EMC Measurement Techniques
CEM-5	EM Modeling of Complex Problems	MGT-1	EMC Management and Standards
CEM-6	Frequency-Domain Modeling	MIL-1	EMC in Military
CEM-7	Field-Circuit Iterations	MMA-1	Magnetic Material Applications
COM-1	SS - Wireless Communication EMC	PCB-1	EMC at PCB Level - Practical Cases
COM-2	EMC in Communication	PCB-2	EMC at PCB Level - Design Issues
COM-3	RFID	PCB-3	EMC at PCB Level - Modeling Issues
EASIA-1	Special Topic - EMC in Asia	PCB-4	Circuit Simulation
EMI-1	Conducted EMI	POW-1	Power System EMC
ICEM-1	SS - IC EMC Modeling (Invited)	POW-2	Power System EMC
ICEM-2	IC Packaging EM Modeling	PROT-1	EMC Protection
IEMI-1	Special Session - Intentional EMI	PROT-2	Shielding EMC
IEMI-2	Intentional EMI	SI-1	Signal Integrity
IF-1	EMC Industry Forum	Open Forum-1: Poster Session
IMMU-1	Immunity Testing	Open Forum-2: Poster Session

Topical Meeting on Biomedical Electromagnetics:
    BIO-1: MRI (Invited)
    BIO-2: High Frequency (Invited)
    BIO-3: Biomedical EMI
    BIO-4: Biomedical

AUTO-1: Automotive EMC

Chairs: Prof. Robert Weigel, Guenter Seibert

W3-AUTO-1-1	Design Methodology to Limit Electromagnetic Coupling Between Board Tracks on PCB Level in Realtime Alexander Stadler^1, Manfred Albach^1, Hans Roßmanith^1 and Mr Göran Schubert^2 ^1University of Erlangen-Nuremberg, Germany, ^2Conti-TEMIC Microelectronic GmbH, Germany
W3-AUTO-1-2	Inductive and Capacitive Couplings in DC Motors with Built-In Damping Chokes Jens Benecke and Stefan Dickmann, Helmut-Schmidt-Universität (Universität der Bundeswehr Hamburg), Germany
W3-AUTO-1-3	Analysis of Cable Parameters on the Real Chassis by Measurement Shaofeng Yu, Wei Li, Bo Zhang, Jinliang He and Yong Huang, Tsinghua University in Beijing, China
W3-AUTO-1-4	Simulation and Analysis of Electromagnetic Environment for the Mobile Receiver JungHoon Kim and JoongGeun Rhee, Hanyang University South Korea

AUTO-2: SS-Automotive EMC

Chairs: Prof. Robert Weigel, Andreas Gstoettner

T3-AUTO-2-1	Hybrid Solver Strategies in Automotive EMC Simulation Martin Zitzmann^1, Robert Grillmair^2, Tanja Clees^3 and Robert Weigel^1 1University of Erlangen-Nuremberg, Germany, ^2University of Applied Science Munich, Germany, ^3Fraunhofer Institute for Algorithms and Scientific Computing, Germany
T3-AUTO-2-2	The Influence of Ground and Floating Planes on the Electromagnetic Coupling between Board Tracks Alexander Stadler^1, Manfred Albach^1, Hans Rossmanith^1 and Goeran Schubert^2 1University of Erlangen-Nuremberg, Germany, ^2Conti-TEMIC Microelectronic GmbH, Germany
T3-AUTO-2-3	Odd-Mode Impedance-Controlled Shielded Flat Flexible Cables for In-Vehicle Data Transmission Volker Zwillich^1, Wolfgang Menzel^1, Lars Roehrig^2 and Helmut Leier^3 1University of Ulm,Germany, ^2Innovation Technology AG, Germany, ^3DaimlerChrysler AG, Germany
T3-AUTO-2-4	EMC Analysis of Planar PCB-Based Coils in the Vicinity of the Automobile Carriage Stephan Schuh and Manfred Albach, University Erlangen-Nuremberg, Germany
T3-AUTO-2-5	Behavioral Modelling of ICs for Investigations of Conducted Emissions in Automotive Systems Guenter Seibert^1, Dieter Metzner^2, Frank Klotz^2, Georg Pelz^2 and Robert Weigel^1 ^1University Erlangen-Nuremberg, Germany, ^2Infineon Technologies, Germany

CEM-1: Computational Electromagnetics (Invited) 

W1-CEM-1-1	Developments of Finite-Volume Techniques for Electromagnetic Modeling in Unstructured Meshes Christophe Fumeaux^1 ,Dirk Baumann^1,  Pierre Bonnet^2, Ruediger Vahldieck^1 ^1Swiss Federal Institute of Technology (ETH), Zurich, Switzerland,^2Université Blaise Pascal, LASMEA, Clermont-Ferrand, France
W1-CEM-1-2	EMC Computer Modeling of Distributed Wireless Systems to Assure Efficient Utilization of the RF Transmission Hyperspace Andrew Drozd, ANDRO Computational Solutions, United States
W1-CEM-1-3	FIT for EMC Marko Walter and Irina Munteanu, CST GmbH, Germany
W1-CEM-1-4	Model Order Reduction for Subgriddding in FDTD Scheme Lukasz Kulas, P Sypek, Jakub Podwalski and Michal Mrozowski, Gdansk University of Technology, Poland
W1-CEM-1-5	A State-Space Formulation for Field-Averaging for Finite Volume Models Klaus Krohne , Dirk Baumann and Ruediger Vahldieck, Swiss Federal Institute of Technology (ETH), Zurich, Switzerland

CEM-2: Materials, Absorbers and Shields

Chairs: Prof. Zhongxian Shen, Dr. Andrew Drozd

W1-CEM-2-1	Analysis of Electromagnetic Field Using CIP Method and Its Application of One-Layer Wave Absorber Shinya Watanabe, Youichi Kakuta and Osamu Hashimoto Aoyama Gakuin University, Japan
W1-CEM-2-2	Fast and Accurate Evaluation of the Shielding Effectiveness of Complex Enclosures Femke Olyslager and Jan Fostier, Ghent University, Belgium
W1-CEM-2-3	Modeling Shielding Properties of Concrete Ade Ogunsola^1, Ugo Reggiani^2 and Leonardo Sandrolini^2^1Parsons Group International, UK,^2University of Bologna, Italy
W1-CEM-2-4	Shielding Effectiveness of Cylindrical Enclosures with Annular Ring Apertures Zhongxiang Shen, Nanyang Technological University, Singapore
W1-CEM-2-5	Novel Architecture for Waveguide Based Metamaterials Rakhesh Kshetrimayum, Indian Institute of Technology, India

CEM-3: Radiation and Scattering

Chairs: Prof. Le-Wei Li,  Prof. Degui Chen

W1-CEM-3-1	A Symmetric Domain Decomposition Formulation of Hybrid FEM-BEM Coupling for Electromagnetic Analysis         Kezhong Zhao, Marinos Vouvakis, Seung Mo Seo, Seung-Choel Lee and Jin-Fa Lee, Ohio State University, United States
W1-CEM-3-2	A New Approach for Analysis of Transient Scattering from Arbitrarily Shaped 3D Dielectric Bodies Ramin Aghajafari and Hermann Singer, Technical University of Hamburg-Harburg, Germany
W1-CEM-3-3	Modeling and Simulation of Branched Wiring Network Chet Lo and Cynthia Furse, University of Utah, United States
W1-CEM-3-4	Numerical Analysis of Scattering from a General Bi-Isotropic Cylindrical Shell with an Interior Metal Coating Chung-I. G. Hsu, Cheng-Nan Chiu, Chin-Ming Wu and Yu-Cheng Kang, Da-Yeh University, Taiwan
W1-CEM-3-5	Hybrid of Periodic Dyadic Green’s Function and FEM for Quiet Zone Analysis in Anechoic Chamber Feiyan Lv, Song Chen and Fei Sha, Beijing Jiaotong University, Beijing, China

CEM-4: Time-Domain Modeling

Chairs: Prof. W.J.R. Hoefer, Dr. Zhejie Liu

T1-CEM-4-1	Improvement of Field Distribution in a Reverberation Chamber by Phase Shift of Exciting Wires, Calculated by TLM Djonny Weinzierl^1, Arnulf Kost^2, and Adroaldo Raizer^3^1Centro Universitário de Jaraguá do Sul, Brazil,^2Brandenburgische Technische Universitaet Cottbus, Germany, ^3Universidade Federal De Santa Catarina, Brazil
T1-CEM-4-2	Hanging Variables in Finite Element Time Domain Method with Hexahedral Edge Elements N. Venkatarayalu^1,3, Robert Lee^2, Yeow-Beng Gan^1 and Le-Wei Li^3 1Temasek Laboratories, National University of Singapore, Singapore, ^2Ohio State University, United States, ^3National University of Singapore, Singapore
T1-CEM-4-3	Extraction of Circuit Parameters for Transmission Lines by Compact 2D FDFD Method En-Xiao Liu^1,2, Er-Ping Li^1,2 and Le-Wei Li^2^1Institute of High Performance Computing, Singapore, ^2National University of Singapore, Singapore
T1-CEM-4-4	A Kind of Mathematical Model of Numerical Calculation of Substation Grounding Grids in Time-Varying Fields Huina Yang, North China Electric Power University, China
T1-CEM-4-5	Subcell FDTD Modeling of Electrically Thin Dispersive Layers Using Z Transforms Chaoqun Jiao, Xiang Cui and Lin Li, North China Electric Power University, China

CEM-5: EM Modeling of Complex Problems

Chairs: Dr. Poman So, Prof. Tat-Soon Yeo

T1-CEM-5-1	An Accelerated Non-Conforming DP-FETI Domain Decomposition Method for the Analysis of Large EMC Problems Kezhong Zhao and Jin-Fa Lee, Ohio State University, United States
T1-CEM-5-2	Computational Study of Significant Semi-Infinite Integrals in Electromagnetic and Atomic Interactions Cheng-Wei Qiu^1,2, Le-Wei Li^1, Tat-Soon Yeo^1, Said Zouhdi^2 1National University of Singapore, Singapore, ^2Ecole Superieure D'Electricite, France
T1-CEM-5-3	Fast Solution of Foldy-Lax Equations for Two-dimensional Radiation and Scattering Problems Zhang Yao Jiang and Er Ping Li, Institute of High Performance Computing, Singapore
T1-CEM-5-4	On the Use of the Equal Area Rule for the Wire-Grid Representation of Metallic Surfaces Abraham Rubinstein^1, Cyrous Rostamzadeh^2, Marcos Rubinstein^3 and Farhad Rachidi^1 1Swiss Federal Institute of Technology, Switzerland, ^2Robert Bosch Corporation, United States, ^3Univeristy of Applied Science of Western Switzerland, Switzerland
T1-CEM-5-5	On the Use of Wavelet Transform for Efficient Iterative Solution of the Electromagnetic Models in Lightning Studies Amir Geranmayeh, Rouzbeh Moini and S. H. Hesam Sadeghi, Amirkabir University of Technology, Iran

CEM-6: Frequency-Domain Modeling

Chairs: Prof. Yilong Lu, Prof.  W.J.R. Hoefer

T1-CEM-6-1	Calculation of Dynamic Write Field for Perpendicular Recording Head Z. J. Liu^1, J.T. Li^2, H. H. Long^1,2, E. P. Li^3, E. T. Ong^1 and K. S. Chai^1 1Data Storage Institute, Singapore, ^2Hitachi Global Storage Technology Singapore Pte Ltd, Singapore, ^3Institute of High Performance Computing, Singapore
T1-CEM-6-2	Proper Orthogonal Decomposition in Reduced Order Model Generation for Microwave Problem Wu Zhong Lin, Yao Jiang Zhang and Er Ping Li, Institute of High Performance Computing, Singapore
T1-CEM-6-3	Harmonics Study for Three-Phase Transformer under DC Inrushing  Xiaoping Li, Xishan Wen, Cixuan Chen, Lan Lei, Wuhan University, China
T1-CEM-6-4	Electric and Magnetic Fields around an Unloaded via Port Structure Matthew Wood and Franz Schlagenhaufer, Western Australian Telecommunications Research Institute, Australia
T1-CEM-6-5	The Study of Nonlinear Characteristic Curve for the Core of Transformer with Magnetic Coupling Xiaoping Li, Xishan Wen, Cixuan Chen and Lan Lei, Wuhan University, China

CEM-7: Field-Circuit Iterations

Chairs: Prof. Ban-Leong Ooi, Prof.  Ruediger Vahldieck

T1-CEM-7-1	Electromagnetic Radiation from a Trace on a Dielectric Substrate Franz Schlagenhaufer, The University of Western Australian, Australia
T1-CEM-7-2	Efficient Closed-Form Green’s Functions for Multilayered Structure and Its Applications on Circuit Analysis Tao Yuan, Le-Wei Li, Jian-Ying Li and Mook Seng Leong, National University of Singapore, Singapore
T1-CEM-7-3	A New Analog Behavioral Module Linking Field and PSPICE-Circuit Simulations for Transient Analysis Huilian Du^1, Dan Gorcea^2, Poman So^1 and Wolfgang J.R. Hoefer^1 1University of Victoria, Canada, ^2Flextronics, Canada
T1-CEM-7-4	Calculation of Per-Unit-Length Parameters for Shielded and Unshielded Twisted Pair Cables Fahd Hassoun, R. Tarafi and A.Zeddam, France Telecom R&D RESA/FACE, France
T1-CEM-7-5	Optimization of a Reflectarray Antenna via Hybrid Evolutionary Algorithms F.Grimaccia^1, M. Mussetta^1, P. Pirinoli^2, and R. Zich^1^1Politecnico di Milano, Italy, ^2Politecnico di Torino, Italy
T1-CEM-7-6	Determination of Distribution Functions and Parameters for the Preisach Hysteresis Model Piyabutr Pruksanubal^1, A. Binner^2 and K.H. Gonschorek^2 ^1Chulalongkorn University, Thailand, ^2Dresden University of Technology, Germany

COM-1: Special Section - Wireless Communication EMC

Chair: Prof. Peter Leung

W3-COM-1-1	Crosstalk Immunity Improvement in Digital Systems Using Binary Phase Shift Keying Vicente Gonzalez, Enrique Sanchis, Alberto Valero University of Valencia, Spain
W3-COM-1-2	SAR Compliance in Australia – Requirements for Mobile and Portable Transmitting Devices Chris Zombolas, Aaron Sargent EMC Technologies Pty Ltd, Australia
W3-COM-1-3	RFI Assessment on Human Safety of RFID System at Hong Kong International Airport Y F Wong^1, Paul W K Wu^1, Daniel M H Wong^1, Denny Y K Chan^1, L C Fung^2 and S W Leung^2 1Hong Kong Airport Authority, Hong Kong, China, ^2City University of Hong Kong, China
W3-COM-1-4	Co-existence of GSM1800 and GSM1900: BTS-to-BTS Interference N. Petchinda^1, S. Malisuwan^1,2, P. Ritthiruangdech^3 and V. Ungvichian^4 1Rangsit University, Thailand, ^2Chulachomklao Royal Military Academy, Thailand, ^3Office of Auditor General, Thailand, ^4Florida Atlantic University, Thailand
W3-COM-1-5	To Estimation of Level of Co-Channel Interference in the Communication Systems  Vladimir B. Trigubovich, Belarusian Medical Academy of Post-Graduate Education, Belarus

COM-2: EMC in Communication

Chairs: Prof. Donglin Su, Dr. Jean-Philippe Parmantier

T2-COM-2-1	Prediction Design of the Noise and Gain Specifications of the RF Receiver Qiong Wang and Donglin Su, Beijing University of Aeronautics and Astronautics, China
T2-COM-2-2	Simultaneous Estimation of Mutual Coupling Matrix and DOAs for UCA and ULA Tongtong Zhang^1, Yilong Lu^1 and Hon Tat Hui^2^1Nanyang Technological University, Singapore, ^2University of Queensland, Australia
T2-COM-2-3	Analysis on Interference of DS-UWB Signal to Narrowband Systems Tao Jiang^1, Xuehuan Wang^1 and Zhengang Cui^2^1University of Harbin Engineering, China, ^2Heilongjiang Communication Corporation, China
T2-COM-2-4	Analyses of Several Realistic Exposure Scenarios near Cellular Base Stations Revaz Zaridze, David Kakulia, George Kajaia, Dmitriy Mazmanov, Tamriko Gogua, Nino Jejelava and Liana Manukyan, Tbilisi State University, Georgia
T2-COM-2-5	Directional UWB Planar Antenna for Operation in the 5-20 GHz Band Marco Peyrot-Solis^1,2, Giselle Galvan-Tejada^1 and Hildeberto Jardon-Aguilar^1 1CINVESTAV-IPN, Mexico, ^2Mexican Navy Research Institute, Mexico

COM-3: RFID

Chairs: Prof. Peter Leung, Dr. James Cai

F2-COM-3-1	Effect of Internal Patch Antenna Ground Plane on SAR Kwok Hung Chan, L.C.Fung, S.W.Leung and Y.M.Siu, City University of Hong Kong, China
F2-COM-3-2	Analyze of Dielectric Coated Personal Communication Systems (PCS) Antenna and Study of its Field Interaction with the User Giorgi Ghvedashvili, George Kajaia, Giorgi Saparishvili and Revaz Zaridze, Tbilisi State University, Georgia
F2-COM-3-3	Operational Considerations in Simulation and Deployment of RFID Systems Kin Seong Leong,  Mun Leng Ng and Peter Cole, University of Adelaide, Australia
F2-COM-3-4	Analysis of the Electromagnetic Behavior of a Thin Finite Slot Aperture through Wiener-Hopf Technique Riccardo Zich and Daniele Monopoli, Politecnico di Milano, Italy

EASIA-1: Special Topic - EMC in Asia

Chairs: Dr. Leslie Bai, Dr. Erping Li

F2-EASIA-1-1	China Approvals - Break through the Unwritten Law Leslie Bai^1, Peter Lin^2 and Andrew He^2 1SIEMIC Inc., United States, ^2SIEMIC Info Tech., Ltd, China
F2-EASIA-1-2	EMC Technology Development of Modern China Telecommunication Field He Guili and He Jianqiang, Ministry of Information Industry, China
F2-EASIA-1-3	Progress of VCCI's Industry Self-Regulations in Japan and a Look to the Future (Asia) Akihisa Sakurai, VCCI & EMC of IBM, Japan
F2-EASIA-1-4	EMC Regulations and Test Activities in Singapore Daniel Yeo and Deng Jun Hong, PSB Corporation, Singapore
F2-EASIA-1-5	New Regulatory Requirements in Taiwan for Information Technology Equipment (ITE) Leslie Bai and Jackie Deng, SIEMIC, Inc., United States

EMI-1: Conducted EMI

Chairs:  Dr. Daming Zhang, Prof. Gao YouGang

F2-EMI-1-1	Measurements of Conducted Voltage in the Low-Frequency Range from 2 kHz to 30 MHz for High-Current Industrial Applications with Regeneration Drives Fabian Beck and Wolfgang Klampfer, Schaffner EMV AG, Switzerland
F2-EMI-1-2	Study on Board-Level Noise Filters to Prevent Transient-Induced Latchup in CMOS Integrated Circuits during EMC/ESD Test Sheng-Fu Hsu and Ming-Dou Ker, National Chiao-Tung University, Taiwan
F2-EMI-1-3	Characterization of RF Noise Source Impedance for Switched Mode Power Supply Junhong Deng^1 and Kye Yak See^2 1PSB Corporation, Singapore, ^2Nanyang Technological University, Singapore
F2-EMI-1-4	A New Integrated Inductor with Balanced Switching Technique for Common Mode EMI Reduction in High Step-up DC/DC Converter T. Dumrongkittigule^1, V. Tarateeraseth^2 and W. Khan-ngern^1 1King Mongkut's Institute of Technology Ladkrabang (KMITL), Thailand, ^2Srinakharinwirot University, Thailand
F2-EMI-1-5	Prediction of the DM Conducted EMI in PWM Rectifier System Lei Zhang, Weiming Ma and Jin Meng, Naval University of Engineering, China
F2-EMI-1-6	Numerical Analysis of Electromagnetic Emission from Lightning Implement Yoshihiko Namba^1, Tomohiko Morita^2 and Katsuhiro Hirata^2 1Matsushita Electric Works Analysis Center Co., Ltd., Japan, ^2Osaka University, Japan

ICEM-1: SS - IC EMC Modeling (Invited)

Chair: Prof. Osami Wada

T3-ICEM-1-1	Evaluation of Packages by Simulating IC Emission with LECCS Model Eiji Takahashi, Takeshi Nakayama and Yoshiyuki Saito, Matushita Electric Industrial Co. Ltd., Japan
T3-ICEM-1-2	A LECCS Model Parameter Optimization Algorithm for EMC Designs of IC/LSI Systems Nobuo Funabiki^1, Yohei Nomura^1, Jun Kawashima^1, Yuichiro Minamisawa^1 and Osami Wada^2 ^1Okayama University, Japan, ^2Kyoto University, Japan
T3-ICEM-1-3	Simulation of Integrated Circuit Immunity with LECCS Model Kouji Ichikawa^1,2, Masashi Inagaki^1, Yukihiko Sakurai^1, Isao Iwase^1, Makoto Nagata^2 and Osami Wada^3 1Denso Corporation, Japan, ^2University of Kobe, Japan, ^3Kyoto University, Japan
T3-ICEM-1-4	Analysis of Electromagnetic Susceptibility on High Speed Circuits Located in a Shielded Enclosure Hla Phyu^1, Er-Ping Li^1 and Weiliang Yuan^2^1Institute of High Performance Computing, Singapore, ^2United Test and Assembly Center Ltd, Singapore
T3-ICEM-1-5	Standardization of EMC Models of IC/LSI Osami Wada, Kyoto University, Japan

ICEM-2: IC Packaging EM Modeling

Chairs: , Prof. Jianguo Ma , Thomas Steinecke

F3-ICEM-2-1	Sensitivity of On-wafer Interconnects to CMOS Process Parameters at Radio Frequency Xiaomeng Shi^1,2, Erping Li^2, Jianguo Ma^1, Kiat Seng Yeo^1 and Manh Anh Do^1 1Nanyang Technological University, Singapore, ^2Institute of High Performance Computing, Singapore
F3-ICEM-2-2	EMI Modeling and Simulation in the IC Design Process Thomas Steinecke^1, Dirk Hesidenz^1 and Ekkehard Miersch^2^1Infineon Technologies AG, Germany, ^2EFM Consulting, Germany
F3-ICEM-2-3	Activity Based High Level Modeling of Dynamic Switching Currents in Digital IC Modules Andreas Gstoettner^1, Thomas Steinecke^2 and Mario Huemer^1 ^1University of Erlangen-Nuremberg, Germany, ^2Infineon Technologies AG, Germany
F3-ICEM-2-4	EMC Analysis on Stacked Packages Ilkka Kelander, Matti Uusimäki and Ali Arslan, Nokia Corporation, Finland
F3-ICEM-2-5	EMI Analysis of TFT-LCD Driver IC Sung Pil Choi^1, Jae Wook Kwon^1, Kye Eon Chang^1, Jin Tae Kim^1 and Min Koo Han^2 1SAMSUNG ELECTRONICS CO.,LTD, South Korea, ^2Seoul National University, South Korea

IEMI-1: SS- Intentional EMI

Chair: Dr William Radasky

W4-IEMI-1-1	The Threat of Intentional Electromagnetic Interference (IEMI) to Wired and Wireless Systems W. Radasky, Metatech Corp., United States
W4-IEMI-1-2	Dangerous Pulse Excitation of Coupled Lines A. M. Zabolotsky^1, T. R. Gazizov^1, A.G. Bova^1 and W.A. Radasky ^2 1Tomsk State University of Control System and Radioelectronics, Russia, ^2Metatech Corp., USA
W4-IEMI-1-3	HPEM and HEMP Susceptibility Assessments of Computer Equipment R. Hoad, A. Lambourne and A. Wraight, QinetiQ, United Kindom
W4-IEMI-1-4	IEMI Against Modern Civilian Electronic Technologies O. H. Arnesen, E. Krogager, M. Backstrom, S. Bo-Sande,  J. Godo, S. Harkonen, K. Lovstrand, M. Moisio, B. Nordstrom, J. Peltonen and O. Oystad, Norwegian Defence Research Establishment, Norway
W4-IEMI-1-5	Susceptibility of WLAN and GPS Systems: An Initial Study T. Nilsson, O. Lunden and M. Backstrom, Swedish Defence Research Agency, Sweden
W4-IEMI-1-6	Susceptibility of Sensor Networks to Intentional Electromagnetic Interference Jerker Delsing^1, Jonas Ekman^1, Jonny Johansson^1, Sofia Sundberg^1, Mats Backstrom^2 and Tony Nilsson^2 1Lulea University of Technology, Sweden, ^2FOI-Swedish Defence Research Agency, Sweden
W4-IEMI-1-7	Resistance to Extended IEMI by Physical/Correlated Wireless Random and Non-random Networks H. Potrykus^1and I. Kohlberg^2 ^1Institute for Defense Analyses, United States, ^2Kohlberg Associate, Inc., United States

IEMI-2: Intentional EMI

Chairs: Prof Wenyan Yin, Dr. William Radasky

T4-IEMI-2-1	Generation and Measurement of a Wide-Band Calculable Electromagnetic Pulse Takashi Iwasaki^1, Mohamed Naushad^1 and Lira Hamada^2 1University of Electro-Communications, Japan, ^2National Institute of Information and Communications Technology, Japan
T4-IEMI-2-2	Radiated Electric Field Strength from High-Power Microwave Systems Anders Larsson^1, Bo Johansson^2 and Sten E Nyholm^1 1FOI-Swedish Defense Research Agency, Sweden, ^2Swedish Armed Forces, Sweden
T4-IEMI-2-3	Breakdown Predictions of Microstrip Interconnects and Coplanar Waveguide-Built Devices in the Presence of HP-EMPs (Invited) Wen-Yan Yin^1, Xiaoting Dong^2, Junfa Mao^1 and Lewei Li^2 1Shanghai Jiaotong University, China, ^2National University of Singapore, Singapore

IMMU-1: Immunity Testing

Chairs: Keith Armstrong, Chris Zombolas

F1-IMMU-1-1	EMI and Functional Safety Why Traditional Immunity Testing Is Inadequate, and What Should be Done Instead Keith Armstrong, Cherry Clough Consultants, United Kingdom
F1-IMMU-1-2	Effects of DC Cable Routing in Immunity Testing Subramanian Chidambaram, Keng Kok Khoo and Jason White, Hewlett Packard Singapore (Private) Limited, Singapore
F1-IMMU-1-3	Radiated Immunity Measurement Comparison between OSL and Chamber Tae Heon Jang and Won Seo Cho, Korea Testing Laboratory (KTL), South Korea

LIGHT-1: Lightning EMC

Chairs: Prof. Vladimir.A. Rakov, Prof. Liew Ah Choy

W4-LIGHT-1-1	Transmission Line Model of Lightning Return Strokes Generalized to Include a Tall Grounded Strike Object and an Upward Connecting Leader Yoshihiro Baba^1 and Vladimir Rakov^2 1Doshisha University, Japan, ^2 University of Florida, United States
W4-LIGHT-1-2	Computation of Power Line Tower Lightning Surge Impedance Using the Electromagnetic Field Method Changzheng Gao, Lin Li, Bing Li and Zhibin Zhao, North China Electric Power University, China
W4-LIGHT-1-3	A Review of Studies on Early Streamer Emission and Charge Transfer System Conducted in Malaysia Zainal Hartono and Ibrahim Robiah, Lightning Research PLC, Malaysia
W4-LIGHT-1-4	Comparison of On-line Lightning Monitoring System Data with Derived EM Responses of Space Launch Systems to Lightning Jason Chai, A. Britting, Jr. and Samuel Feng, The Aerospace Corporation, United States
W4-LIGHT-1-5	A TDOA Based Approach for Locating Cloud-to-Ground Lightning Strokes, Using Taylor Series Expansion Paria Sattari, Keyhan Sheshyekani, Mehran Hazrati, Rouzbeh Moini and Seyed Hossein Sadeghi, Amirkabir University of Technology, Iran

LIGHT-2: Lightning

Chairs: Dr. Farhad Rachidi, Rashide

T4-LIGHT-2-1	On the VLF/LF Radiation Pulse Shapes at the Initial Milliseconds of Lightning Discharges (Invited) Xuan-Min Shao^1 and Matthew Heavner^2 1Los Alamos National Laboratory, United States, ^2University of Alaska Southeast, United States
T4-LIGHT-2-2	Numerical Analysis of the Charge Distribution on Building Structure in the Preliminary Breakdown Phase of Lightning Q. B. Zhou and Y. Du, Hong Kong Polytechnic University, China
T4-LIGHT-2-3	Ionization Gradient of Low Resistivity Soils and Liquids Normiza Mohamad Nor, Multimedia University, Malaysia
T4-LIGHT-2-4	Real-Time Detection of Lightning Electromagnetic Field Data: A Wavelet Approach Keyhan Shehyakani, Mehran Hazrati, Paria Sattari, Hesam Sadeghi and Rouzbeh Moini, Amirkabir University of Technology, Iran

MEAS-1: EMC Measurement Techniques

Chairs: Dr. Franz Schlagenhaufer, Chris Zombolas

T2-MEAS-1-1	Simultaneous EM Measurement System Using Parallel Modulated Probe Array (Invited)  Qiang Chen^1, Kunio Sawaya^1, Tomohiro Habu^2 and Ryoichi Hasumi^2 ^1Tohoku University, Japan, ^2Device Co., Ltd, Japan
T2-MEAS-1-2	Magnetic Near-field Probe for GHz Band and Spatial Resolution Improvement Technique Hiroki Funato and Takashi Suga, Hitachi Ltd., Japan
T2-MEAS-1-3	Wireless Digital Data Acquisition System for EMI Measurement in Power Substations W H Siew, Yu Wang and Mir Faheem, University of Strathclyde, United Kingdom
T2-MEAS-1-4	Direct Diagnostic Testing of Phased Array Antennas Using IR Imaging Techniques John Norgard and Randall Musselman, Air Force Research Lab, DF/DFEE, United States
T2-MEAS-1-5	Time Domain Calibration of Pulsed Current Probe Lihua Shi, Jianwen Tan and Bihua Zhou, Nanjing Engineering Institute, China

MEAS-2: EMC Measurement Techniques

Chairs: Prof. Flavio Canavero, Dr. Kwok Soohoo

F1-MEAS-2-1	Erratic Nature of Product ESD Immunity Testing Investigated Using a Dual TEM Cell (Invited) Kwok Soohoo, Andrew Rybak and Michael Wielgos, IBM Corporation, United States
F1-MEAS-2-2	Field Distribution and Over-Moding in a TEM Cell Paul Kay, University of South Australia, Australia
F1-MEAS-2-3	Parametric Analysis of NSA Data by the Methods of Piecewise Multiple Linear Regression David Wang, Ken Huang Lin and Mon-Na Lo Huang, National Sun Yat-Sen University, Taiwan
F1-MEAS-2-4	An Efficient Modeling Method for Analysis of Shielding Rooms Sheng Wang and Hooi Been Lim, Institute of High Performance Computing, Singapore

MEAS-3: EMC Testing Facility

Chair: Garth D'Abreu, Prof. Jinliang He

F1-MEAS-3-1	Analysis of Correction Factor for Site Attenuation Shinichi Ohtsu^1, Makoto Mukai^2, Shuichi Kobayashi^3, Katsuyuki Tanakajima^3, Seiichi Kawashima^4, Jiro Kawano^5 and Atsuya Maeda^5 1Fujitsu Ltd, Japan, ^2Japan Electro-Magnetic Soft Development, Japan, ^3Akzo-Nobel K.K., Japan, ^4Voluntary EMC Laboratory, Accreditation Centre, Japan, ^5Japan Voluntary Control Council for Interference by IT Equip., Japan
F1-MEAS-3-2	Prediction of Maximum Electric Field with Given Independent Sampling Points in a Reverberation Chamber Daming Zhang^1, Kye Yak See^1 and Wee Jin Koh^2 1Nanyang Technological University, Singapore, ^2DSO National Laboratories, Singapore
F1-MEAS-3-3	Comparison of Field Uniformity Characteristics in a Triangular Reverberation Chamber with QRS Diffusers Eugene Rhee and Joong-Geun Rhee, Hanyang University, South Korea
F1-MEAS-3-4	Status of Standards for Alternate Test Sites Friedrich-Wilhelm Trautnitz, Albatross Projects GmbH, Germany
F1-MEAS-3-5	Antenna Height Scan for Minimizing EUT Emission Measurement Uncertainty in Fully Anechoic Chambers above 1 GHz Tian Hong Loh and Martin Alexander, National Physical Laboratory, United Kingdom

MEAS-4: EMC Measurement Techniques

Chairs: Prof. Qiang Chen, Manfred Stecher

F1-MEAS-4-1	A Novel Realtime Time-Domain EMI Measurement System Based on Field Programmable Gate Arrays Stephan Braun, Mohammed Al-Qedra and Peter Russer, Technische Universität München, Germany
F1-MEAS-4-2	Shielding Effectiveness Measurements using a Reverberation Chamber  Frank Leferink^1, Noel Steentjes^2, Hans Bergsma^1 and Wim van Etten^2 1Thales, Netherlands, ^2University of Twente, Netherlands
F1-MEAS-4-3	Improved Reproducibility of Conducted Emission Measurements Manfred Stecher, Rohde & Schwarz, Munich, Germany

MGT-1: EMC Management and Standards

Chairs: Elya Joffe, Andrei Marinescu

W4-MGT-1-1	EMC Progress in Romania Andrei Marinescu^1, Aurelia Scornea^1 and Lucian Ursea^2^1ICMET R&D Institute, Romania, ^2Ministry of Economy and Commerce, Romania
W4-MGT-1-2	Research for EMI Basic Standards (Invited) Manfred Stecher, Rohde & Schwarz, Munich, Germany
W4-MGT-1-3	Efficient Identification of Major Contributions to EMI-induced Rectification Effects in Analog Automotive Circuits Johan Loeckx and Georges Gielen, ESAT/MICAS (K.U.Leuven), Belgium
W4-MGT-1-4	Impedance Bond Mitigation of Inductive Interference to Railway Wayside Signal Systems Rod Perala, Electro Magnetic Applications Inc., United States
W4-MGT-1-5	EMC Technology Roadmapping: A Long-Term Strategy Marcel van Doorn, Philips Electromagnetics & Cooling Competence Center, Netherlands

MIL-1: EMC in Military

Chairs: Dr. Wee-Jin  Koh , Dr. Jean-Philippe Parmantier

F3-MIL-1-1	Analysis of E^3 on Naval Surface Combatants Avi Shechter^1 and Moshe Netzer^2^1Alion-JIMA Martime Sector, United States, ^2EMC and Safety Engineering, Israel
F3-MIL-1-2	On EMC of ISM COTS Devices used for Military Experimentation Kim-Seng Aw, DSO National Laboratories, Singapore
F3-MIL-1-3	HPM: Effects on Systems and Protection Mats Backstrom, Swedish Defence Research Agency, FOI, Sweden
F3-MIL-1-4	EMI Effects on a Generic Missile with IR Position Sensitive Detector Bruno Chevalier^1, Frank Sonnemann^2 and Thomas Leibl^3 1Délégation générale pour l’armement, France, ^2Diehl BGT Defence, Germany, ^3BWB, Germany
F3-MIL-1-5	Consideration of the Packaging of HPM Sources on EMC Effects Edl Schamiloglu, University of New Maxico, United States
F3-MIL-1-6	Investigation on the Connection of a Type A Lightning Strike to a Vertical Cable Conduit Installed Inside a Warship Integral Mast Structure Yannick Le-Golvan^1, G. Pensec^1, D. Quiltu^1, J-P.Parmantier^2, X. Ferrieres^2, E Bachelier^2 and S. Bertuol^2 ^1DCN, France, ^2ONERA, France
F3-MIL-1-7	Military System EMC Engineering in Singapore Chow Wee Sing, Simon Yip, Foo Say Ping and Foo Sek Joon, ST Electronics (Info-Comm Systems) Pte Ltd, Singapore

MMA-1:  Magnetic Material Applications

Chairs: Prof. Qingxin Yang, Lee Hill

T4-MMA-1-1	Utilizing Overlooked Characteristics of Ferrites for Improved Printed Circuit Board EMI Suppression Lee Hill^1 and Jeff Bruce^2 ^1Silent Solutions LLC (SILENT), United States, ^2Steward Inc, United States
T4-MMA-1-2	Study on Method of Modelling and Controlling of Magnetostrictive Material Jinlong An, Qingxin Yang and Zhengpin Ma, Hebei University of Technology, China
T4-MMA-1-3	Calculation of Effective Impedance of Common-mode Choke Made of Mn-Zn Ferrite Daming Zhang and Ruifeng Huang, Nanyang Technological University, Singapore
T4-MMA-1-4	Improvement on the Properties of SiC Absorbers Xiao-Ning Zhang and Qing Wang, China Power Science & Technology, China
T4-MMA-1-5	Micromagnetic Modeling Simulations and Applications H.H Long^1, Dr Z.J Liu^2, Dr E.T Ong^3 and Dr E. P Li^3 1Hitachi Global Storage Technology Singapore Pte Ltd, Singapore, ^2National University of Singapore, Singapore, ^3Institute of High Performance Computing, Singapore

PCB-1: EMC at PCB Level - Practical Cases

Chairs:  Prof. Frank Leferink, Prof.  Jianguo Ma

W3-PCB-1-1	Iterative Methods for Reluctance Based PEEC Models Martin Zitzmann^1, Tanja Clees^2 and Robert Weigel^1^1University of Erlangen-Nuremberg, Germany, ^2Fraunhofer Institute for Algorithms and Scientific Computing, Germany
W3-PCB-1-2	Improved Impedance Calculation of Populated PCB Power-Bus Structures Matthias Hampe and Stefan Dickmann, Helmut-Schmidt-University, Germany
W3-PCB-1-3	Hybridized 3D-FDTD and Circuit Simulator For Analysis of PCB Via's Signal Integrity Xiaoshe Zhai, Zhengxiang Song, Yingsan Geng, Jianhua Wang and Degui Chen, Xi'an Jiaotong University, China
W3-PCB-1-4	Parameterized Macromodels for Lossy Multiconductor Transmission Lines Stefano Grivet-Talocia^1,  Silvia Acquadro^1,  Carlo Peraldo^1,  Flavio Canavero^1, Ilkka Kelander^2,  Markku Rouvala^2, Ali Arslan^2 1Politecnico di Torino, Italy, ^2Nokia Research Center, Finland
W3-PCB-1-5	Comparison of Methods for Calculating the Loading Effect of Capacitors on Power Ground Planes Joe Trinkle and Antonio Cantoni, Western Australian Telecommunication Research Institute, Australia

PCB-2: EMC at PCB Level - Design Issues

Chairs: Prof. Todd Hubing, Prof. Frank Leferink

T3-PCB-2-1	PCB Design Techniques for the SI and EMC of Gb/s Differential Transmission Lines Keith Armstrong, Cherry Clough Consultants, United Kingdom
T3-PCB-2-2	A Simple Method of Crosstalk Reduction by Metal Filled Via Hole Fence in Bent Transmission Lines on PCBs Jong Ho Kim and Dong Chul Park, Chungnam National University, South Korea
T3-PCB-2-3	EMC Shielding in Power Electronics Multilayers with Conductive Permeable Material Stephan Schuh and Manfred Albach, University of Erlangen-Nuremberg, Germany
T3-PCB-2-4	Power Tracks Instead of Planes to Reduce Radiated Electromagnetic Fields Frank Leferink^1,2 and Wim C. van Etten^2 1Thales, Netherlands, ^2University of Twente, Netherlands
T3-PCB-2-5	Double and Single Summation Expression for the Impedance of Populated PCB Power-Bus Structures Including Asymmetrically Connected Components Matthias Hampe and Stefan Dickmann, Helmut-Schmidt-University, Germany
T3-PCB-2-6	An Efficient Approach for the Power/Ground Plane Equivalent Circuit Extraction Zhi Hong Liu^1, Kye Yak See^1, Er Ping Li^2 and Eng Kee Chua^1 1Nanyang Technological University, Singapore, ^2Institute of High Performance Computing, Singapore

PCB-3: EMC at PCB Level - Modeling Issues

Chairs: Prof. Joungho Kim,  Prof. Kye Yak See

F3-PCB-3-1	Finite Difference Modeling of Multiple Planes in Packages Arif Engin^1, Madhavan Swaminathan^1 and Yoshitaka Toyota^2 ^1Georgia Institute of Technology, United States, ^2Okayama University, Japan
F3-PCB-3-2	Impact of PCB Layout Design on Final Product’s EMI Compliance Kye Yak See^1, Manish Oswal^1, Werachet Khan-ngern^2, Flavio Canavero^3,  Christos Christopoulos^4 and Hartmut Grabinski^5 ^1Nanyang Technological University, Singapore, ^2King Mongut's Institute of Technology Ladkrabang, Thailand, ^3Politecnico di Torino, Italy, ^4Nottingham University, United Kingdom, ^5Hannover University, Germany
F3-PCB-3-3	Teaching Near Field Coupling with PCB Layout Timothy Foo and Johnny Chee, Ngee Ann Polytechnic, Singapore
F3-PCB-3-4	Electromagnetic Compatibility of a Dual-Planar Electromagnetic Band-Gap Microstrip Filter Structure Yee Hui Lee and Shao Ying Huang, Nanyang Technological University, Singapore
F3-PCB-3-5	Low Inductance Thin Film Capacitors for Decoupling Applications (Invited) N. Kamehara^1, J.D. Baniecki^2, T. Shioga^2, K. Kurihara^2, M Mizukoshi^2 ^1Fujitsu Analysis Laboratory Ltd, Japan, ^2Fujitsu Laboratories Ltd. Japan

PCB-4: Circuit Simulation

Chairs: Prof. Wenyan Yin, Dr. Toshio Sudo

F3-PCB-4-1	Behavior of Switching Noise and Electromagnetic Radiation in Relation to Package Properties and On-chip Capacitance (Invited) Toshio Sudo, Toshiba Corp., Corporate Manuf. Eng. Ctr., Japan
F3-PCB-4-2	Radiated Emission Analysis from Printed Circuit Board Edges Using Multiple Stimulus Sources Mark I. Montrose^1 and En-Xiao Liu^2^1Montrose Compliance Services, Inc., United States, ^2Institute of High Performance Computing, Singapore
F3-PCB-4-3	Electrical Analysis and Design of Differential Pairs Used in High-Speed Flip-Chip BGA Packages Weiliang Yuan, Hsian Pang Kuah, Chuen Khiang Wang, Chong Yok Rue Desmond and Alfian Daengdora Muhamad, United Test and Assembly Center Ltd, Singapore
F3-PCB-4-4	EMC Strategy in Wireless Sensor Packaging Alessandro Gandelli, Francesco Grimaccia and R. E. Zich, Politecnico di Milano, Italy
F3-PCB-4-5	Investigation of Interconnect Effects in a Transimpedance Amplifier Xiaomeng Shi^1,2, Zhenghao Lu^1, Jianguo Ma^1, Erping Li^2, Kiat Seng Yeo^1 and Manh Anh Do^1 1Nanyang Technological University, Singapore, ^2Institute of High Performance Computing, Singapore

POW-1: Power System EMC

Chairs: Prof. Xiang Cui, Prof. Michel Ianoz

T4-POW-1-1	Analysis of Ionized Field under ±800kV HVDC Transmission Lines Tiebing Lu, Jie Zhao, Xiang Cui and Han Feng, North China Electric Power University, China
T4-POW-1-2	Toward a Global Approach Dedicated to Electromagnetic Compatibility and Energy Efficiency J.-P. Gonnet^1,  J.-M. Guichon^2, A. Anglade^3, N. Maïzi^4, V. Mazauric^1, J. Roudet^2, P. Wendling^5 1Schneider Electric Corporate Research, France, ^2Laboratoire d.Electrotechnique de Grenoble, France, ^3Agence de l.Environnement et de la Maitrise de l.Energie, France, ^4Centre de Mathématiques Appliquées, Ecole des Mines de Paris, France, ^5Magsoft Corporation, United States
T4-POW-1-3	Feasibility Study of Optical Isolator in Reducing CM Conducted Emission from PLC Modem Azran Kamarul, Kye Yak See and Ping Lam So, Nanyang Technological University, Singapore
T4-POW-1-4	A Modeling Method for Simulation Analysis of Electromagnetic Susceptibility Problem Ai Min Zhang, De Gui Chen, Hang Zhang and Gang Jiang, Xi’an Jiaotong University, China
T4-POW-1-5	Analysis of Resonance in Transformer Windings under Very Fast Transient Overvoltages Haifeng Sun^1, Guishu Liang^1, Xile Zhang^1,2 and Xiang Cui^1 1North China Electric Power University, China, ^2Baoding Tianwei Baobian Electric Co., Ltd, China

POW-2: Power System EMC

Chairs: Prof. Michel Ianoz, Prof. Cui Xiang

F4-POW-2-1	Full Harmonic Load Flow Calculation in Power Systems for Sensitivity Investigation Cezary Dzienis^1, Andrzej Bachry^2 and Zbigniew Styczynski^1 1Otto-von-Guericke-University of Magdeburg, Germany, ^2Siemens AG, Germany
F4-POW-2-2	A Simple Method for Measuring Complex Transfer Impedance and Admittance of Shielded Cable in Substations Lei Qi, Xiang Cui, Xuesong Gu, North China Electric Power University, China
F4-POW-2-3	The Conducted Electromagnetic Interference of Small Grid Connected Inverter to Power System P. Khamphakdi^1, V. Tarateeraseth^2, K. Karanun^3 and W. Khan-ngern^1 1King Mongkut's Institute of Technology Ladkrabang (KMITL), Thailand, ^2Srinakharinwirot University, Thailand, ^3Electrical and Electronics Institute (EEI), Thailand
F4-POW-2-4	On the Mechanisms of Differential-Mode to Common-Mode Conversion in the Broadband over Power Line (BPL) Frequency Band Ana Vukicevic^1, Marcos Rubinstein^2, Farhad Rachidi^1, Jose-Luis Bermudez^3 1Swiss Federal Institute of Technology, Switzerland, ^2University of Applied Science of Western Switzerland, Switzerland, ^3ABB Secheron, Switzerland
F4-POW-2-5	High-frequency EMTP Model of Transformer Windings Guishu Liang^1, Huaying Dong^1, Xiaohui Wang^2, Xile Zhang^1,3, Haifeng Sun^1 and Xiang Cui^1 1North China Electric Power University, China, ^2Hebei Electric Power Research Institute, China, ^3Baoding Tianwei Baobian Electric Co., Ltd, China

PROT-1: EMC Protection

Chair: Dr. William Radasky

F4-PROT-1-1	Electrical Strength of Distribution Insulators under Steep Front, Short Duration Pulse Stanislaw Grzybowski^1, John Kappenman^2 and William Radasky^2 1Mississippi State University, United States, ^2Metatech Corporation, United States
F4-PROT-1-2	Experimental Investigation of Shielding Effects due to the Presence of Nearby Parallel Conductors Yan-zhao Xie^1,2, Zan-ji Wang^1, Qun-shu Wang^2, Hui Xiang^2 and Xin Nie^2 1Tsinghua University, China, ^2Northwest Institute of Nuclear Technology, China
F4-PROT-1-3	Analytical and Experimental Study of the Shielding Effectiveness of a Metallic Enclosure with Off-Centered Apertures Farhana Ahmad Po'ad^1, Mohd. Zarar Mohd. Jenu^1, C. Christopoulos^2 and D. Thomas^2 1Kolej Universiti Teknologi Tun Hussein Onn, Malaysia, ^2University of Nottingham, United Kingdom
F4-PROT-1-4	A Study of EMI Suppression Characteristics of Ferrite Cores Junichiro Urabe, Katsumi Fujii, Armad Mukifza, Yasushi Matsumoto and Akira Sugiura, Tohoku University, Japan

PROT-2: Shielding EMC

Chairs: Prof. Jinliang He, Dr. Toshihide Tosaka

F4-PROT-2-1	Shielding Performance of a Metallic Rack used for Telecommunication Equipment: FIT Modeling and Measurements Antonio Ciccomancini Scogna, CST of America Inc., United States
F4-PROT-2-2	Feasibility Study for Reconstruction of Information from Near Field Observations of the Magnetic Field of a Laser Printer Toshihide Tosaka^1, Kazumasa Taira^2, Yukio Yamanaka^1, Atsuhiro Nishikata^1,3 and Mitsuo Hattori^4 ^1National Institute of Information and Communications Technology, Japan, ^2Ministry of Internal Affairs and Communications, Japan, ^3Tokyo Institute of Technology, Japan, ^4NTT Advanced Technology Corporation, Japan
F4-PROT-2-3	Simulation and Measurement of the Transient Field of Indirect Electrostatic Discharge Zhiyong Yuan, Tun Li, Jinliang He, Shuiming Chen, Weiyuan Chen, Rong Zeng, Tsinghua University, China
F4-PROT-2-4	High Frequency (HF) Suppression with a Shielded Fence Wee Jin Koh, Joo Huat Tan and Chew Hock Kek, DSO National Laboratories, Singapore
F4-PROT-2-5	Time-Domain Measurements of Transient Field Coupling Through Slots Wee Jin Koh, Joo Huat Tan, Yeow Kwang Tai and Chew Hock Kek, DSO National Laboratories, Singapore

SI-1: Signal Integrity

Chairs: Mark Montrose, Dr Albert Lu

T3-SI-1-1	Generation of Common-Mode Currents on PCB Power-Bus Structures Matthias Hampe and Stefan Dickmann, Helmut-Schmidt-University, Germany
T3-SI-1-2	Study on Delay Time Characteristics of Shielded Meander Lines Shigeo Nara and Kohji Koshiji, Tokyo University of Science, Japan
T3-SI-1-3	Characterization of SSN Coupling to Signal Via in Multi-Layer PCBs and Packages Jongbae Park^1, Hyungsoo Kim^2, Jun So Pak^3 and Joungho Kim^1 1Korea Advanced Institute of Science and Technology, South Korea, ^2Hynix Semiconductor Inc., South Korea, ^3National Institute of Advanced Industrial Sci. & Tech., Japan
T3-SI-1-4	Modeling RF Voltage Drop of Printed Circuit Interconnects Using a Full-Wave Approach Eng Kee Chua, Kye Yak See and Zhihong Liu, Nanyang Technological University, Singapore
T3-SI-1-5	SPICE Model Extraction for Signal Integrity Analysis of Unshielded Twisted Pairs from Full Wave Simulation Rodolfo ARANEO^1, Spartaco ANIGGIA^2 and  F.MARADEI^1 1University of Rome "La Sapienza", Italy, ^2EMC Consultant, Italy

Topical Meeting on Biomedical Electromagnetics

BIO-1: MRI (Invited)

Chairs: Tamer Ibrahim and Tommy Vaughn

W2-BIO-1-1	RF Power Deposition in a Human Model with a Pacemaker in MRI Houman Abrishamkar and Maria Stuchly, University of Victoria, Canada
W2-BIO-1-2	2-D and 3-D Homogeneous/Localized Excite Fields at 3 Tesla and 7 Tesla Body Imaging  Tamer S. Ibrahim and Roney Abraham, The University of Oklahoma, United States
W2-BIO-1-3	Optimization of B1^+ Excitation while Minimizing SAR Hotspots for Phase Amplitude Controlled High Field MRI Using a Hyperthermia Treatment Planning System and Realistic Patient Anatomies C.A.T. van den Berg, B. van den Bergen, J.J.W. , Lagendijk, L.W. Bartels and H. Kroeze, University Medical Centre Utrecht, Netherlands
W2-BIO-1-4	Custom Tailored High Frequency B1–Fields for Designer Needs: Uniformity Optimization on Large Parameter Space using Genetic Algorithms and Closed Form Solutions T. Eagan^1, T. Baig^1, V. Taracila^1, L.Petropoulos^1,2, X.Yang^1, H. Fujita^1 and R. Brown^1 ^1Case Western Reserve University, United States, ^2Hitachi Medial Systems, Twinsburg, Ohio, United States
W2-BIO-1-5	Transceive Grappa: A Scheme for High Field Imaging with Reduced Field/Tissue RF Artifacts Bing Keong Li, Feng Liu and Stuart Crozier, The University of Queensland, Australia

W2-BIO-1-6	Tissue Equivalent Phantoms for High Field Magnetic Resonance Imaging (MRI) Barbara L. Beck^1, Kelly A. Jenkins^1, Stuart Crozier^2 and Jeffrey Fitzsimmons^1 1Universit y of Florida, United States, ^2University of Queensland, Australia
W2-BIO-1-7	Highest Field Human Imaging Thomas Vaughan, Lance Dela Barre, Carl Snyder, Lizann Bolinger, Jinfeng Tian, Pat Bolan, Mike Garwood, Gregor Adriany, John Strupp, Andersen and Kamil Ugurbil, University of Minnesota, United States
W2-BIO-1-8	SAR and Temperature: Calculations and Comparison to Regulatory Limits for MRI Christopher M. Collins^1, Weihua Mao^1, Wanzhan Liu^2, and Michael B. Smith^1 ^1The Pennsylvania State University, College of Medicine, United States, ^2University of Minnesota, Center for MR Research, United States
W2-BIO-1-9	Modeling of Pacing Lead Electrode Heating in the MRI RF Field Piotr Przybyszewski^1, M. Wiktor^2 and M.  Mrozowski^2 1Medtronic Inc. USA, ^2Technical University of Gdansk, Poland
W2-BIO-1-10	Implementation of Mode-Scanning Excitation Method with a 16-ch Transmit/Receive Volume Strip Array at 7T R. Lee^1, R. Brown^2, G. Mizsei^3, R. Xue^1, Y. Wang^2, Roney Abraham^4, Tamer Ibrahim^4 and C. Stephanescu^1 1New York University, United States, ^2Cornell University, United States, ^3Mont Sinai School of Medicine, United States, ^4The University of Oklahoma, United States

BIO-2: High Frequency (Invited)

Chairs: Prof. Michal Okoniewski and Prof. Koichi Ito

W2-BIO-2-1	On Various ‘Worst Case’ Situations for Power Absorption in Homogeneous and Heterogeneous Phantoms Benoît Derat^1 and Jean-Charles Bolomey^2^1SAGEM Communication, France, ^2SUPELEC, France
W2-BIO-2-2	Temperature Rise in the Human Eye and Orbit due to RF Exposure Calculated with a Realistic Vascularised Model: Temperature Distributions and the Enormous Impact of Cooling by Perfusion V.M.M. Flyckt, B.W. Raaymakers, H. Kroeze and J.J.W. Lagendijk, University Medical Centre Utrecht, Netherlands
W2-BIO-2-3	EMF Estimations in a Train Carriage: Assessing Implantable Cardiac Pacemaker EMI from Cellular Radios Yusuke Abiko^1, Takashi Hikage^1, Louis Harris^1, Masahiko Hirono^1, Toshio Nojima^1, Manabu Omiya^1, Masaaki Komazaki^2, Soichi Watanabe^3 and Takashi Shinozuka^3 1Hokkaido University, Japan, ^2Nippon COMSYS Corporation, Japan, ^3National Institute of Information and Communication Technology, Japan
W2-BIO-2-4	Hybrid Analysis of SAR in Human Body for Base-Station Exposure in Underground Environment Masayuki Komatsu^1, Jianqing Wang^1, Osamu Fujiwara^1 and Shinji Uebayashi^2 1Nagoya Institute of Technology, Japan, ^2NTT DoCoMo Inc, Japan
W2-BIO-2-5	Development and Application of Human Voxel Models in  Japan Tomoaki Nagaoka and Soichi Watanabe National Institute of Information and Communications Technology Japan
W2-BIO-2-6	Dosimetric Analysis for Human Exposure to Body-Mounted Wireless Devices Min-Young Park, Chea-Ok Ko and Jeong-Ki Pack, Chungnam National University, South Korea
W2-BIO-2-7	Experimental Investigation of Breast Cancer Detection using a Fully-populated Array of Antennas and Real Aperture Synthetically Organised Radar I. J. Craddock^1, R. Nilavalan^2, J. Leendertz^1, A. Preece^1 and R. Benjamin^1 1University of Bristol, United Kingdom, ^2 Brunel University, United Kingdom
W2-BIO-2-8	Thin Coaxial Antennas for Interstitial and Intracavitary Microwave Thermal Therapies Koichi Ito and Kazuyoki Saito, Chiba University, Japan

BIO-3: Biomedical EM

Chairs: Prof. Jianqing Wang, Prof. Jeong-Ki Pack

T2-BIO-3-1	Electromagnetic Components in Silicon-on-Insulator (SOI) Waveguide for BioSensing Applications Soon Thor LIM, Jason Png and Er Ping LI, Institute of High Performance Computing, Singapore
T2-BIO-3-2	Detection of Hip Prosthesis Depth Change Using an E-Pulse Technique Hoi-Shun Lui, Nicholas Shuley, Shantanu Kumar Padhi and Stuart Crozier, University of Queensland, Australia
T2-BIO-3-3	Implications of the Revised ICNIRP Electric Field Exposure Guideline on the Design of Overhead AC Power Lines– 400KV and Above Roy Hubbard^1 and Pieter Pretorius^2 1Empetus Close Corporation, South Africa, ^2Eskom Holding Ltd, South Africa
T2-BIO-3-4	Accuracy Control of Finite Difference Time Domain (FDTD) Method Using Method of Auxiliary Sources (MAS) and Investigation of Correlation between SAR and Temperature Rise Alexander Razmadze, Levan Shoshiashvili, David Kakulia, George Kajaia, Nino Jejelava and Revaz Zaridze, Tbilisi State University, Georgia
T2-BIO-3-5	Review of the Research and Development in EIT Guizhi Xu, Huanli Wu, Shuo Yang, Ying Li, Shuai Zhang, Qingxin Yang and Weili Yan, HeBei University of Technology, China

BIO-4: Biomedical

Chairs: Dr. Maria Stuchly and Prof. Ian Craddock

T2-BIO-4-1	Tissue Sensing Adaptive Radar for Breast Cancer Detection: Experimental Verification of an Improved Skin Sensing Method Trevor Williams and Elise Fear, University of Calgary, Canada
T2-BIO-4-2	Experimental and Theoretical Investigation into a Microwave Breast Cancer Detection System Wee Chang Khor, Hua Wang, Marek Bialkowski and Stuart Crozier, University of Queensland, Australia
T2-BIO-4-3	Time Domain Characterization of Dielectric Target in a Half Space Using Complex Natural Resonance Method Shantanu Padhi, Nicholas Shuley, Hoi-Shun Lui and Stuart Crozier, University of Queensland, Australia
T2-BIO-4-4	Multi-Frequency Imaging System of EIT with DSP Guizhi Xu,Shuai Zhang, Huanli Wu, Duyan Geng, Qingxin Yang and Weili Yan, HeBei University of Technology, China
T2-BIO-4-5	FDTD Analysis of UWB Pulse Interaction with Biological Tissues Hooi Been Lim and Hui Xin Tan, Institute of High Performance Computing, Singapore
T2-BIO-4-6	The Electromagnetics of Wireless Brain Machine Interface Operation Doney Abraham, Robert Rennaker and Tamer S. Ibrahim, University of Oklahoma, United States
T2-BIO-4-7	The Design of a Fully Integrated Regional Hyperthermia-3T MRI System for the Treatment of Pelvic Tumours B. van den Bergen, C.A.T. van den Berg, L.W. Bartels, J.J.W. Lagendijk, H. Kroeze and A.A.C. de Leeuw, University Medical Centre Utrecht, Netherlands
T2-BIO-4-8	Application of Electromagnetic Modeling in Biophotonics: Characterizing Sub-Cellular Changes Using Visible Light Xu Li, Yang Liu, Allen Taflove and Vadim Backman, Northwestern University, United States

Open Forum-1: Poster Session

Chairs: Dr.  Zhang Yaojiang, Dr. Sungtek Kahng

W-OF-001	Method of Forces: A Novel Approach for Finding Current Distributions on Single and Coupled Microstrip Lines Mehdi Ardavan and Ahmad Cheldavi, Iran University of Science & Technology, Iran
W-OF-002	Effect of Water Contents and Dissolved Salt in the Sand under High Impulse Currents (P013) Norlina Mohamad Nor, Multimedia University, Malaysia
W-OF-003	An Improved Printed Double-Y Balun Luming Deng^1, Xingchang Wei^2, Erping Li^2 and Yilong Lu^1^1Nanyang Technological University, Singapore, ^2Institute of High Performance Computing, Singapore
W-OF-004	Reverberation Chambers - Design and Application for EMC Ralf Heinrich and Uwe Karsten, Schaffner Electrotest GmbH, Germany
W-OF-005	Active Diagnostics of the Failures in Printed-Circuit-Boards V. N.  Dianov, Moscow State Industrial University, Russia
W-OF-006	Air-Gap Effect Shielding on Multiple Reflection at 900MHz Toshihide Tosaka^1, Isamu Nagano^2, Satoshi Yagitan^i2, Toshio Matsumot^o2, Nobuyasu Hiramatsu^3 and Hiroto Nomura^3 ^1National Institute of Information and Communications Technology, Japan, ^2Kanazawa University, Japan, ^3Hiramatsu Industrial Company, Japan
W-OF-007	Study on the Effect of Metal Strips Loaded on the Walls of the DC Power-Bus Sungtek Kahng, University of Incheon, South Korea
W-OF-008	Different Excitation Feed Models for Full-wave Simulation of Aperture Antenna Systems Zaw Zaw Oo^1 and Le-Wei Li^2 1Institute of High Performance Computing, Singapore, ^2National University of Singapore
W-OF-009	Crosstalk Characterizations of Unshielded Twisted-Pair Cable using the Electromagnetic Topology Techniques Phumin Kirawanich^1 David Gleason^1,  S. Yakura^2 and N. Islam^1 1University of Missouri at Columbia, United States, ^2Air Force Research Laboratories, United States
W-OF-010	EMC Design of Automation Equipment in Power System Baoming Xiao, Jingbo Fu and Zhicheng Liang, Nanjing Automation Research Institute, China

Open Forum-2: Poster Session

Chairs:  Dr. James Cai, Dr Daming  Zhang

T-OF-001	Computational Modeling to Predict Hazards of Electromagnetic Radiation Mark Tan^1 and Boon Hui Lim^2 1Institute of High Performance Computing, Singapore, ^2ST Electronics (InfoComm) Ltd, Singapore
T-OF-002	A Novel Multi-Source Model to Predict the Radiated Emissions with a Time-domain EMI Measurement System Stephan Braun and Peter Russer, Technische Universität, München, Germany
T-OF-003	Artificial Dielectric Circular Resonator with Novel Anisotropic Permittivity and Its Spurious Property Control Achmad Munir, Takeshi Uemura and Hiroshi Kubo, Yamaguchi University, Japan
T-OF-004	A Novel Design Scheme for Optimizing EMI and Efficiency of Continuous Mode PFC Converters Supratim Basu^1, Tore Undeland^2 ^1Bose Research Pvt Ltd, India, ^2Chalmers University of Technology, Sweden
T-OF-005	An Integrated Approach in EMC Management for Railway Projects Samuel Chan, Samuel Goh and Peng Hiong Than, Land Transport Authority, Singapore
T-OF-006	Coupling Effect between Chip Bonding Wire and Signal Trace on PCB Chung Hsiung Yeh, Kai Chuan Hung and Randall Lan, Ming Hsin University of Science and Technology, Taiwan
T-OF-007	Simulation of EMC Problems Caused by Lightning Using Cartesian Analytical Expressions Fernando Zago^1, Jose Pissolato Filho^1 and Geraldo Caixeta^2^1UNICAMP State University of Campinas, Brazil, ^2University São Francisco-CCET, Brazil
T-OF-008	Effects of Direct Lightning on Grounding Grids and  EMC Problems Fernando Zago^1, Henry Mesa^1, Geraldo Caixeta^2 and Jose Pissolato Filho^1 1UNICAMP State University of Campinas, Brazil, ^2University São Francisco-CCET, Brazil
T-OF-009	Computation of Underground Electromagnetic Fields Generated by the Lightning Return Stroke T.T AnilKumar^1, P. Duraikannu^2 1Govt. College of Engineering Kannua, India, ^2National Institute of Technology Karnataka, India
T-OF-010	Novel Route to Perovskite Lead Titanate from Lead and Titanium Glycolatesvia via Sol-Gel Process Nuchnapa Tangboriboon, Alexander Jameison, Anuvat Sirivat and Sujitra Wongkasemjit, Materials Engineering, Thailand
T-OF-011	Evaluation Method and Design of Multi-Layered Absorber using an NSGA-II Algorithm Ki-Bum Jung^1, Hyung-Do Choi^2 and Yeon-Choon Chung^3 1EMC Center, South Korea, ^2Electronics and Telecommunications Research Institute, Korea, ^3SeokyeongUniversity, Korea

IF-1:  EMC Industry Forum

Chairs: Elya Joffe, Mark Montrose

F2-IF-1-1	Reverberation Chamber as a Radiation Source Patrik Svensén, Saab Bofors Dynamics AB, Sweden
F2-IF-1-2	How to Generate Easily 3000V/m between 1 and 18 GHz Jean-Francois Rosnarho,  La Trinité sur Mer, SIEPEL, France
F2-IF-1-3	A Closer Look into Radiated Emissions Prescan Measurement Approach Yong Chian Wong, Hewlett Packard Singapore, Singapore
F2-IF-1-4	Managing Risks, Electrical and EMC on the High Speed Railway Project Yin Kwong Leong^1, Chi Wong^2, Jonne TSE^3 and Femando Devis^4 ^1 QARS, Singapore, ^2 QARS, United Kingdom, ^3 QARS, Hong Kong, China, ^4 Fedaring, Spain
F2-IF-1-5	Lightning Induced Surges on Coaxial Cables and its Protection Technique for Digital Transmission Interface (DTI) A.Halim Samad and Mr Annuar Ramli, Telekom R&D Sdn. Bhd., Malaysia

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