2013 ursi international symposium on electromagnetic

IEEE Catalog Number: ISBN:

CFP1311I-POD 978-1-4673-4939-0

2013 URSI International Symposium on Electromagnetic Theory (EMTS 2013)

Hiroshima, Japan 20 – 24 May 2013

Pages 1-568

1/2

Table of Contents (EMTS 2013)

Plenary Talks

Plenary Talk 1

12:00-12:40, May 21, 2013

Meta-Electromagnetics and Meta-Optics 1

Prof. Nader Engheta Department of Electrical and Systems Engineering, University of Pennsylvania, USA

Abstract Metamaterials and plasmonic optics have become exciting platforms for controlling and harnessing light and electrons in unprecedented ways. As these fields reach a certain level of development, new directions and novel vistas are appearing in the horizon. Balancing the simplicity with the complexity in metamaterials becomes one of the key issues, and consequently modularization, functionalization, and parameterization of metamaterials may be exploited for new functionalities and possibilities in such interesting platforms that may include nonlinearity, anisotropy, chirality, non-reciprocity, and non-locality. The new paradigm of “meta-electromagnetism” offers new and transformative grounds for innovation in the field of electromagnetics and optics. I will give an overview of some of our most recent results in this area and will forecast some future possibilities. Profile Winner of the 2012 IEEE Electromagnetics Award, Nader Engheta is the H. Nedwill Ramsey Professor at the University of Pennsylvania with affiliations in the Departments of Electrical and Systems Engineering, Bioengineering, Physics and Astronomy, and Materials Science and Engineering. He received his B.S. degree from the University of Tehran, and his M.S and Ph.D. degrees from Caltech. Selected as one of the Scientific American Magazine 50 Leaders in Science and Technology in 2006 for developing the concept of optical lumped nanocircuits, he is a Guggenheim Fellow, an IEEE Third Millennium Medalist, a Fellow of IEEE, American Physical Society (APS), Optical Society of America (OSA), American Association for the Advancement of Science (AAAS), and of SPIE-The International Society for Optical Engineering, and the recipient of the 2013 Benjamin Franklin Key Award, the 2008 George H. Heilmeier Award for Excellence in Research, the Fulbright Naples Chair Award, NSF Presidential Young Investigator award, the UPS Foundation Distinguished Educator term Chair, and several teaching awards including the Christian F. and Mary R. Lindback Foundation Award, S. Reid Warren, Jr. Award and W. M. Keck Foundation Award. His current research activities span a broad range of areas including nanooptics and nanophotonics, metamaterials and plasmonics, graphene photonics, nonreciprocal nanophotonics, biologically-inspired sensing and imaging, miniaturized antennas and nanoantennas, physics and reverse-engineering of polarization vision in nature, mathematics of fractional operators, and physics of fields and waves phenomena. He has co-edited (with R. W. Ziolkowski) the book entitled “Metamaterials: Physics and Engineering Explorations” by Wiley-IEEE Press, 2006. He was the Chair of the Gordon Research Conference on Plasmonics in June 2012.

Plenary Talk 2

10:20-11:00, May 22, 2013

Assessment of Possible Health Risks of Electro-Magnetic Field Exposures due to Emerging Technologies 3

Prof. Masao Taki Department of Electrical and Electronic Engineering, Tokyo Metropolitan University, Japan

Abstract Safety of human exposures to electromagnetic field (EMF) is recognized as an important factor in the development of technology using electromagnetic energy. Efforts have been devoted to researches to establish the scientific basis for human safety against the exposure to EMF for a long time, especially since the advent of International EMF Project organized by World Health Organization (WHO) in 1996. For all those efforts there still remains the uncertain risk that “radiofrequency electromagnetic fields are possibly carcinogenic” according to the evaluation by International Agency for Research on Cancer (IARC), a part of WHO. Nevertheless technologies using EMF are being developed quickly to cause electromagnetic environment more and more complex. This plenary talk will deal with two aspects of this issue. One is the uncertain risk due to the long-term exposure to weak EMF such as emission from mobile phones. Epidemiological studies will be discussed with the fruit to provide rationale for the evaluation on the carcinogenicity and its limitation. The other is the new issues related to the emerging technology. They include safety of millimeter and THz waves, and wireless power transfer technologies. Some practical challenges in the exposure assessment will also be discussed. Profile Masao Taki was born in Tokyo in 1953. He received B.E, degree in electronic engineering from the University of Tokyo in 1976. He belonged to the Institute of Medical Electronics in the University of Tokyo as a graduate student and received M.E. and Ph.D. degrees in 1978 and 1981, respectively. In 1981 he joined Tokyo Metropolitan University, where he has been engaged in research and education in electrical engineering and he has been a Professor in the Department of Electrical and Electronic Engineering of Tokyo Metropolitan University since 1998. His research interests include biological effects of electromagnetic fields and electromagnetic dosimetry. He has been engaged in non-ionizing radiation protection including risk assessment and risk management. He chaired the working group for “Guidelines for Protection of Human Body from Exposure to Electromagnetic Waves” of the Ministry of Posts and Telecommunications from 1987 to 1990. He was a member of International Commission of Non-ionizing Radiation Protection (ICNIRP) from 1996 to 2008 and chaired the Standing Committee III (Physic and Engineering) of ICNIRP from 2000 to 2004. He has been engaged in various researches in the field of bio-electromagnetics, including research projects promoted by the Ministry of Internal Affairs and Communications (MIC). He was in charge of exposure assessment for epidemiological study on the association between brain tumor and mobile phone use, which was conducted as a part of international collaboration study of INTERPHONE. He has been involved in the activity of URSI since the establishment of URSI Commission K, “Electromagnetics in Biology and Medicine” in 1990. He currently serves as the Chair of Commission K. He is the Chair of the National Committee for IEC/TC106 “Methods for the assessment of electric, magnetic and electromagnetic fields associated with human exposure”. He is also the Chair of “Committee for Radio-wave Use and Environment” in MIC, where he also serves as the national delegate for CISPR. He is currently the Vice Chair/Chair-elected of IEICE Technical Committee on Electromagnetic Compatibility (EMCJ). He is a Fellow of IEICE.

Plenary Talk 3

11:05-11:45, May 22, 2013

Recent Advances in Evolutionary Optimization Techniques in Applied Electromagnetics 5

Prof. Yahya Rahmat-Samii Electrical Engineering Department, University of California Los Angeles, USA

Abstract This presentation will focus on: (a) a tutorial introduction to GA, PSO and CMA-ES by describing in a novel fashion the underlying concepts and recent advances for those who have used these techniques and for those who have not had any experiences in these areas, (b) a unique approach in performing fundamental comparative studies among these algorithms, (c) demonstration of the potential applications of these algorithms to a variety of electromagnetic and antenna designs, and (d) assessment of the advantages and the limitations of these techniques. Broadly defining, optimization is the process of adjusting a set of pertinent input parameters to characterize a device, a mathematical process, or an experiment with the objective to finding the minimum or maximum desired output quantities. The input typically consists of parameters; the process or function is known as the cost function, objective function, or fitness function, and the output is the cost or fitness. There are clearly many different optimization methods applicable to variety of applications. Due to their unique properties as global optimization algorithms nature-inspired optimization techniques have been at the forefront of research within applied electromagnetic community. The ever increasing advances in computational power have additionally fueled this temptation. The well-known brute force design methodologies are systematically being replaced by the state-of-the-art Evolutionary Optimization (EO) techniques. In recent years, EO techniques are finding growing applications to the design of all kind of systems with increasing complexity. These algorithms are stochastic techniques which direct the optimizer towards the most likely position based on previously tested points. Some of the paramount features of these algorithms are: (i) Not requiring derivative, (ii) Continuous or discrete parameters, (iii) Suitable for parallel computers, (iv) Optimal global, and (v) Non-intuitive solutions. Among various EO’s, nature inspired techniques such as Genetic Algorithms (GA), Particle Swarm Optimization (PSO) and the Covariance Matrix Adaptation (CMA) Evolution Strategies (ES) have attracted considerable attention. GA utilizes an optimization methodology which allows a global search of the cost surface via the mechanism of the statistical random processes dictated by the Darwinian evolutionary concept (adaptation, selection, survivability and mutation). PSO is a robust stochastic evolutionary computation technique based on the movement and intelligence of swarms of bees looking for the most fertile feeding location applying their cognitive and social knowledge. The CMA-ES technique is based upon the evolution of a population of individuals, capitalizing on the ideas of survival of the fittest, recombination, and mutation, and this version of ES has only been recently introduced to the applied electromagnetic community. This algorithm has certain similarities in comparison to the standard Genetic Algorithms; however the selection and recombination operators have some key differences. In particular, the notion of average performance among the individuals is an important part of the evolution processes in this algorithm. Profile Yahya Rahmat-Samii is a Distinguished Professor, holder of the Northrop-Grumman Chair in electromagnetics, member of the US National Academy of Engineering (NAE) and the former chairman of the Electrical Engineering Department at the University of California, Los Angeles (UCLA). He is also the winner of of the 2011 IEEE Eelctromagentics Award. Before joining UCLA in 1989, he was a Senior Research Scientist at Caltech/NASA's Jet Propulsion Laboratory. Dr. Rahmat-Samii was the 1995 President of IEEE Antennas and Propagation Society, was appointed an IEEE Distinguished Lecturer presenting lectures internationally and served as the President of USNC-URSI 2009-2011. Dr. Rahmat-Samii was elected a Fellow of IEEE in 1985, a Fellow of IAE in 1986, a Fellow of AMTA in

2002 and a Fellow of ACES in 2012. Dr. Rahmat-Samii has authored and co-authored over 800 technical journal articles and conference papers and has written over 30 book chapters and four books entitled, Electromagnetic Optimization by Genetic Algorithms, Electromagnetic Band Gap Structures in Antenna Engineering, and Impedance Boundary Conditions in Electromagnetics and Implanted Antennas in Medical Wireless Communications. He is also the holder of several patents. His research contributions cover a diverse area of electromagnetics and antennas. Dr. Rahmat-Samii has received numerous awards, including the 1992 and 1995 Wheeler Best Application Prize Paper Award for his papers published in the IEEE Antennas and Propagation Transactions, 1999 University of Illinois ECE Distinguished Alumni Award, IEEE Third Millennium Medal, and AMTA’2000 Distinguished Achievement Award. In 2001, Rahmat-Samii was the recipient of an Honorary Doctorate in Physics from the University of Santiago de Compostela, Spain. In 2001, he was elected as a Foreign Member of the Royal Flemish Academy of Belgium for Science and the Arts. In 2002, he received the Technical Excellence Award from JPL and in 2005 he was the recipient of the URSI Booker Gold Medal. He is the recipient of the 2007 Chen-To Tai Distinguished Educator Award of the IEEE Antennas and Propagation Society and in the same year elected as Edmond S. Gillespie Fellow of Antenna Measurement Techniques Association. In 2009, he was selected to receive the IEEE Antennas and Propagation Society highest award, Distinguished Achievement Award, for his outstanding career contributions. He is the recipient of the 2010 UCLA School of Engineering Lockheed Martin Excellence in Teaching Award, and the 2011 UCLA Distinguished Teaching Award. Prof. Rahmat-Samii is the designer of the IEEE AP-S logo which is displayed on all IEEE AP-S publications.

Plenary Talk 4 (no paper)

12:00-12:40, May 23, 2013

No One Else Should Ever Suffer As We Did - Reconciliation, Diversity, Tolerance and the Better Angels of our Nature - N/A

Prof. Tadatoshi Akiba Hiroshima University, Japan National Chair, AFS Japan Chairman, Middle Powers Initiative

Abstract "No one else should ever suffer as we did." is the most important message we should remember about Hiroshima and Nagasaki. It is the philosophy of the survivors (hibakusha in Japanese) embodying the spirit of reconciliation, which becomes strikingly obvious when one realizes that “no one” literally means everyone, including those you would normally label as “enemies.” The fact that more than 5,000 cities round the world agreed to this statement and joined the organization Mayors for Peace means that it is also a message of cities. An essential ingredient for reconciliation is tolerance that allows one to accept the existence of values and people that are different from themselves. This is an indispensable feature of any city where a diverse group of people must live harmoniously to a large degree. Essential in this line of thought is to realize consciously the importance of the mundane daily lives of ordinary people, which often escape scientific and academic scrutiny partly because they are so ordinarily there in front of our own eyes. Richard Florida of Toronto University has shown that this tolerance is a catalyst that taps energy and strength from the diversity of cities accelerating those cities’ economic vibrancy. Steven Pinker, a Harvard psychologist, has shown that these forces that characterize cities have caused the world to become more peaceable over millennia and even within a relatively short span of time. Just as these cities lead the world’s economy, it is the cities and citizen based NGO’s that will lead the

world toward a peaceful one without nuclear weapons. In the process we will also be creating a world whose future will be shaped more substantively by the majority opinions of the globe, which can be properly described as a form of paradigm shift from nation-state-based adversarial model of the world to city-based partnership model of the world that could foster global democracy effectively. Profile Born in Tokyo in 1942. B.S and M.S. in mathematics: University of Tokyo Ph.D. in mathematics: MIT Taught at the State University of New York at Stony Brook, Tufts University and Hiroshima Shudo University. Created and managed the Hibakusha Travel Grant Program which invited international journalists to Hiroshima and Nagasaki to help the world understand the realities of the atomic bombings and the message of hibakusha better. Represented Hiroshima as a national Diet member from 1990 to 1999. Elected Mayor of Hiroshima in 1999 and served three terms until 2011. As President of Mayors for Peace, helped the organization grow from around 440 members to approximately 5,000 during his tenure. Notable improvements during his tenure include changes in fiscal health, transparency, citizen service and youth violence. Also known for the construction of a new baseball stadium and a bid to host the Olympic Games. Received such awards as the IPB Sean MacBride Award, the first Calgary Peace Award, the Ramon Magsaysay Award (also known as the Asian Nobel Prize), Jean Mayer Global Citizenship Award, the first Gautam Buddha International Peace Award (from the governmnt of Nepal) and the Distinguished Peace Leadership Award from the Nuclear Age Peace Foundation. Publications include The Pearl and the Cherry-tree (Asahi Shimbun). Computers with faces (Computer Age), Reconciliation instead of Retaliation (Iwanami Shoten), Hiroshima: A Thriving City (Kaimeisha) and Mayor of Hiroshima (Asahi Shimbun).

Plenary Talk 5

12:00-12:40, May 24, 2013

Recent Advances in Leaky-Wave Antennas 9

Prof. David R. Jackson Department of Electrical and Computer Engineering, University of Houston, USA

Abstract Leaky-wave antennas (LWAs) use a traveling wave that radiates continuously along a guiding structure in order to produce a focused beam of radiation. Planar LWAs are particularly attractive since they are usually low prolife and easy to manufacture. This presentation will overview recent advances in LWAs, with the main focus on obtaining improved performance at broadside and at endfire.

One of the main challenges has been to design LWAs to allow scanning through broadside, and an overview of different strategies for doing this will be summarized, including both metamaterial-inspired designs and other novel approaches. Results show that it is possible to scan through broadside using either a uniform, quasi-uniform, or periodic type of LWA, something that was not thought possible until fairly recently. Obtaining beams at broadside from a non-scanning leaky-wave antenna at a fixed frequency will also be addressed, and optimized design rules will be discussed. The interesting optical phenomenon of plasmonic directive beaming will then be mentioned, and this will be related to the design of leaky-wave antennas for broadside radiation. Finally, obtaining directive beams at endfire will be discussed, and a modified Hanson-Woodyard condition for optimizing the endfire directivity of a LWA will be presented. Profile David R. Jackson was born in St. Louis, MO on March 28, 1957. He obtained the B.S.E.E. and M.S.E.E. degrees from the University of Missouri, Columbia, in 1979 and 1981, respectively, and the Ph.D. degree in electrical engineering from the University of California, Los Angeles, in 1985. From 1985 to 1991 he was an Assistant Professor in the Department of Electrical and Computer Engineering at the University of Houston, Houston, TX. From 1991 to 1998 he was an Associate Professor in the same department, and since 1998 he has been a Professor in this department. His present research interests include microstrip antennas and circuits, leaky-wave antennas, leakage and radiation effects in microwave integrated circuits, periodic structures, and electromagnetic compatibility and interference. He is a Fellow of the IEEE and is presently serving as the chair of the Distinguished Lecturer Committee of the IEEE AP-S Society, and as the Secretary of USNC (the U.S. National Committee of URSI, the International Union of Radio Science). He is also on the Editorial Board for the IEEE Transactions on Microwave Theory and Techniques. Previously, he has been the chair of the Transnational Committee for the IEEE AP-S Society, the Chapter Activities Coordinator for the AP-S Society, a Distinguished Lecturer for the AP-S Society, a member of the AdCom for the AP-S Society, and an Associate Editor for the IEEE Transactions on Antennas and Propagation. He previously served as the chair of the MTT-15 (Microwave Field Theory) Technical Committee. He has also served as the chair of Commission B of USNC-URSI and as the secretary of this commission. He also previously served as an Associate Editor for the Journal Radio Science and the International Journal of RF and Microwave Computer-Aided Engineering.

21AM1A Inversion Methods for ElectromagneticImaging and Applications-1

Tuesday, May 21, 9:00-10:40 (Room A)Chairs: Matteo Pastorino, Italy Andrea Randazzo, Italy

1. First-order perturbation approach to elliptic winding deformations (YSA Paper) 13M. Dalarsson1, M. Norgren1

1 Royal Institute of Technology, Sweden

2. Computational Approach based on Some Population-Based Optimization Algorithms for Inverse Scattering of a Metallic Cylinder 17. Sun1, C. Huang1, C. Li1, C. Chiu1, C. Ni1, S. Shen2

1 Tamkang University, Taiwan, 2 Electrical Engineering Department Tamkang University Taiwan, Taiwan

3. Scattering by Buried PEC Cylinders from an Arbitrary 2D Illumination 21 (invited)C. Ponti1, F. Frezza2, L. Pajewski3, G. Schettini1

1 Roma Tre University, Italy, 2 Sapienza University of Rome, Italy, 3 Roma Tre, Italy

4. Millimeter-Wave Active and Passive Microscopies (invited) 25T. Nozokido1

1 University of Toyama, Japan

5. Imaging of pedestrians with UWB Doppler radar interferometry 29 (invited)K. Saho1, T. Sakamoto2, T. Sato1

1 Kyoto University, Japan, 2 Delft University of Technology, The Netherlands

21AM1B Integral Equation Methods-1

Tuesday, May 21, 9:00-10:40 (Room B)Chairs: Donald R. Wilton, USA Branko M. Kolundzija, Serbia

1. Mixed Volume-Surface Integral Equation Solution for Complex Composite Structures 33J. Markkanen1, C. Lu2, P. Ylä-Oijala1, A. Sihvola3

1 Aalto University, Finland, 2 University of Kentucky, USA, 3 Aalto University of Science and Technology, Finland

2. Adjoint Sensitivity Analysis with Analytical Shape Derivatives of the EFIE System 37J. Kataja1, J. Toivanen2, S. Järvenpää1

1 Aalto University, Finland, 2 University of Jyväskylä, Finland

3. Integral Equation Modeling of the THz Wave Scattering by Graphene-Strip Gratings (YSA Paper) 41O. Shapoval1, J. S. Gomez-Diaz2, J. Perruisseau-Carrier3, J. R. Mosig4, A. Nosich5

1 Institute of Radio-Physics and Electronics, Ukraine, 2 EPFL, Switzerland,3 Ecole Polytechnique Fédérale de Lausanne, Switzerland, 4 Ecole Polytechnique Federale de Lausanne, Switzerland, 5 IRE NASU, Ukraine

4. Rapidly Converging Electromagnetic Simulations in the Entire Frequency Spectrum without the Search for Global Loops (YSA Paper) 45F. Andriulli1, K. Cools2, I. Bogaert2, E. Michielssen3

1 Ecole Nationale Superieure des Telecomunications de Bretagne, France,2 Ghent University, Belgium, 3 University of Michigan, USA

5. An accurate near-field solver for scattering from cylinders with corners 49A. Karlsson1, J. Helsing1

1 Lund University, Sweden

21AM1C Guided Waves-1

Tuesday, May 21, 9:00-10:40 (Room C)Chairs: Stefano Maci, Italy Masahiro Tanaka, Japan

1. Circuital Modeling and Physical Understanding of Dissipation Effects 53for Coupled Resonator Filters Transformed into Transversal Array ConfigurationM. Ohira1, Z. Ma1

1 Saitama University, Japan

2. Analysis of a Polarization Converter Using a Full-Vectorial 57Fundamental Alternating-Direction Implicit Beam-Propagation MethodJ. Shibayama1, A. Yokomizo1, J. Yamauchi1, H. Nakano1

1 Hosei University, Japan

3. Distribution of Energy Flow by Dielectric Waveguide with Deformed 60 Rhombic Dielectric Structure along a Middle LayerR. Ozaki1, T. Yamasaki1

1 Nihon University, Japan

4. High-Resolution Real-Time Spectrum Sniffer for Wireless 64Communication (invited)Q. Zhang1, B. Nikfal2, C. Caloz1

1 Ecole Polytechnique de Montreal, Canada, 2 Polytechnique Montreal, Canada

21AM1D Analytical and Numerical Techniques forModeling of Metamaterials

Tuesday, May 21, 9:00-10:40 (Room D)Chairs: Raj Mittra, USA Atsushi Sanada, Japan

1. Circuit Analysis of Electromagnetic Band Gap (EBG) Structures 67(invited)S. Palreddy1, A. Zaghloul2

1 Microwave Engineering Corporation, USA, 2 Virginia Polytechnic Institute and State University, USA

2. Eigenmode Analysis of Transmission Line-Based Phase-Nonreciprocal 71 Metamaterials (invited)A. Porokhnyuk1, T. Ueda1, Y. Kado1, T. Itoh2

1 Kyoto Institute of Technology, Japan, 2 UCLA, USA

3. Frequency Control of Transmission Property for Multiband Frequency 74 Selective Surfaces (invited)K. Sakakibara1, K. Tachikawa1, Y. Amano1, K. Kumaki2, S. Hori3, N. Kikuma1, H. Hirayama1

1 Nagoya Institute of Technology, Japan, 2 KOJIMA PRESS INDUSTRY CO., LTD, Japan, 3 Kojima Press Industry Co. Ltd., Japan

4. A General-Purpose Simulator for Metamaterials with Three- 78Dimensional Elements (invited)R. Mittra1, C. Pelletti2, R. K. Arya2, T. Dong2, G. Bianconi1

1 Penn State University, USA, 2 The Pennsylvania State University, USA

5. Quasi-Analytical Models for Metamaterial Homogenization (invited) 81G. M. Sardi1, E. Martini1, S. Maci1

1 University of Siena, Italy

Technical Program

21AM1E Electrically Small Antennas

Tuesday, May 21, 9:00-10:40 (Room E)Chairs: Gokhan Mumcu, USA Mats Gustafsson, Sweden

1. Illustration of Mobile Terminal Antenna Optimization by Genetic Algorithms with Single Frequency Simulation (YSA Paper) 84M. Cismasu1, M. Gustafsson1


2. Small Biomimetic Array for Direction Finding and Superdirectivity 88G. Fontgalland1, Z. Wang2, J. L. Volakis3

1 UFCG, Brazil, 2 The Ohio State University, USA, 3 Ohio State University, USA

3. Optimal currents on small antennas using convex optimization(invited) 90M. Gustafsson1


4. Compact TV Antenna Composed of Unbalanced Fed Ultra Low Profile Inverted L Antenna(invited) 92M. Taguchi1, Y. Sakamoto2

1 Nagasaki University, Japan, 2 Faculty of Engineering, Nagasaki University, Japan

5. A Small Complementary Split Ring Resonator Loaded Circularly Polarized Patch Antenna 94S. Gupta1, G. Mumcu1

1 University of South Florida, USA

21AM1F Electromagnetic Compatibility/Electromagnetic Interference-1

Tuesday, May 21, 9:00-10:40 (Room F)Chairs: Yoshitaka Toyota, Japan Hiroshi Inoue, Japan

1. Reflection and Transmission of Laminated Structures Using Metal Wire Array Sheet (invited) 97S. Yamamoto1, T. Iwai2, K. Hatakeyama1

1 University of Hyogo, Japan, 2 Kawasaki Techno-research Inc., Japan

2. Effect of Incident Angle on Temperature Characteristics in Pyramidal Radiowave Absorber 101S. Imai1, K. Taguchi1, T. Kashiwa1, T. Tabata2, K. Kubo2, E. Satou2

1 Kitami Institute of Technology, Japan, 2 E&C Engineering K. K., Japan

3. Shielding and Reflecting Effectiveness of Carbon Fiber Reinforced Polymer (CFRP) Composites 104J. Fouladgar1, G. Wasselynck1, D. Trichet1

1 University of Nantes, France

4. Thermal Resistance of Optical Ground Wire to Direct Lightning Strike 108S. Dubitsky1, N. Korovkin2, M. Hayakawa3, N. Silin4

1 Tor Ltd., Russia, 2 St. Petersburg State Technical University, Russia,3 University of Electro-Communication, Tokyo, Japan, 4 Far Eastern State Technical University, Russia

5. FDTD-SPICE Direct Linking Simulation of Transient Fields Caused by Electrostatic Discharge 112K. Fujita1, T. Namiki1

1 Fujitsu Limited, Japan

21PM1A Inversion Methods for ElectromagneticImaging and Applications-2

Tuesday, May 21, 14:00-15:40 (Room A)Chairs: Matteo Pastorino, Italy Baptiste Cecconi, France

1. Imaging Buried Objects within the Second-Order Born Approximation 116 through a Multiresolution-Regularized Inexact-Newton MethodM. Salucci1, D. Sartori1, N. Anselmi1, A. Randazzo2, G. Oliveri3, A. Massa3

1 ELEDIA Research Center, Italy, 2 University of Genoa, Italy, 3 University of Trento, Italy

2. Texture-Based Technique for Separating Echoes from People Walking 119in UWB Radar SignalsT. Sakamoto1, T. Sato2, Y. He1, P. Aubry3, A. Yarovoy1

1 Delft University of Technology, The Netherlands, 2 Kyoto University, Japan, 3 IRCTR, The Netherlands

3. Time Reversal Imaging without Information of Incident Field (invited) 123T. Moriyama1, T. Tanaka1, T. Takenaka1

1 Nagasaki University, Japan

4. Electromagnetic Imaging of Dielectric Targets by Using a Tomographic 127 SystemsM. Pastorino1, A. Randazzo1, R. D. Monleone2, A. Salvadè2, S. Poretti2, M. Maffongelli2

1 University of Genoa, Italy, 2 University of Applied Sciences of Southern Switzerland, Switzerland

5. Buried Object Detection by Means of a LP Banach-Space Inversion 131ProcedureC. Estatico1, M. Pastorino1, A. Randazzo1

1 University of Genoa, Italy

21PM1B Integral Equation Methods-2

Tuesday, May 21, 14:00-15:40 (Room B)Chairs: Donald R. Wilton, USA Leo C. Kempel, USA

1. Accurate and Highly Convergent Solution of Integral Equations for 135Electromagnetic ProblemsS. Yan1, J. Jin1, Z. Nie2

1 University of Illinois at Urbana-Champaign, USA, 2 University of Electronic Science and Technology of China, P.R. China

2. On the Boundary Element Methods with Muller's formulation for 139 electromagnetic scattering problems in periodic domainsK. Niino1, N. Nishimura1

1 Kyoto University, Japan

3. Full wave analysis of EM wave propagation over terrain using the 143 Improved Tabulated Interaction MethodD. Trinh1, R. Mittra2, C. Brennan1

1 Dublin City University, Ireland, 2 Penn State University, USA

4. Matrix Equilibration in Method of Moment Solutions of Surface 147 Integral EquationsB. Kolundzija1, M. Kostic2

1 University of Belgrade, Serbia, 2 WIPL-D d. o. o., Serbia

5. GMM: A flexible framework for including multiple approximation 151 functions in integral equation solvers (invited)D. Dault1, N. Nair1, B. Shanker1, L. Kempel1

1 Michigan State University, USA

6. Surface Integral Equation Methods in Nanophotonics (invited) 155L. Landesa1, J. M. Taboada1, D. M. Solís2, J. Rivero1, L. B. Curiel1, M. G. Araújo3, F. Obelleiro2

1 University of Extremadura, Spain, 2 University of Vigo, Spain, 3 Universidade de Vigo, Spain

21PM1C Guided Waves-2

Tuesday, May 21, 14:00-15:40 (Room C)Chairs: Stefano Maci, Italy Masahiro Tanaka, Japan

1. Single-layer slotted post-wall waveguide array with compact feed-line structures for 77 GHz automotive radar 159T. Shijo1, K. Hashimoto1, S. Obayashi1, H. Shoki1

1 Toshiba Corporation, Japan

2. A Study on Function Expansion Based Topology Optimization Method for Dispersion Property 162H. Goto1, Y. Tsuji1, T. Yasui2, K. Hirayama2

1 Muroran Institute of Technology, Japan, 2 Kitami Institute of Technology, Japan

3. Numerical Analysis of Sharply Bent Waveguide with Microcavity Constructed by Air-bridge Type Two-dimensional Photonic Crystal Slab 166Y. Naka1

1 Kumamoto University, Japan

4. A Novel Reciprocity Based Development of the Green's Dyadic for Canonical Impedance Cylinders and Spheres- An Angularly Guided Wave Representation (invited) 170P. Pathak1, K. Phaebua2

1 The Ohio State University, USA, 2 King Mongkut’s Institute of Technology, Italy

5. Waveguide and Radiation Applications of Modes in Linear Chains of Plasmonic Nanospheres (invited) 172S. Campione1, F. Capolino1

1 University of California, Irvine, USA

21PM1D Electromagnetic Theory

Tuesday, May 21, 14:00-15:40 (Room D)Chairs: Gerhard Kristensson, Sweden Ismo V. Lindell, Finland

1. Accuracy of PO Diffraction Components given by MER Peripheral Integration for Various Surface Curvature (YSA Paper) 176P. Lu1, M.Ando1

1 Tokyo Institute of Technology, Japan

2. Electromagnetic Energies in Time Domain - the Dipole Case (invited) 180G. A. E. Vandenbosch1, M. Štumpf2

1 Katholieke Universiteit Leuven, Belgium, 2 Brno University of Technology, Czech Republic

3. Time-Domain Asymptotic Solution for Transmitted Gaussian Pulse through a Plane Dielectric Interface 184Q. T. Dinh1, K. Goto1, T. Ishihara2

1 National Defense Academy, Japan, 2 Retired from National Defense Academy, Japan

4. Electromagnetic Media with no Dispersion Equation 188I. Lindell1, A. Favaro2

1 Aalto University, School of Electrical Engineering, Finland, 2 University of Cologne, Institute of Theoretical Physics, Germany

5. From Galilean covariance to Maxwell equations: A thermodynamic insight to electromagnetism 191V. Mazauric1, P. Wendling2

1 Schneider Electric, France, 2 Magsoft Corporation, USA

21PM1E Millimeter-wave and THz Technologies forWireless Communication

Tuesday, May 21, 14:00-15:40 (Room E)Chairs: Minoru Fujishima, Japan Kenichi Okada, Japan

1. A High-Gain Grid Array Antenna for 60-GHz Antenna-in-Package Applications (YSA Paper) 195B. Zhang1, Y. P. Y. P. Zhang2, H. Zirath1

1 Chalmers University of Technology, Sweden, 2 Nanyang Technological university, Singapore

2. Localized Rain Effects Observed in Tokyo Tech Millimeter-wave Model 199Network (invited)H. V. Le1, T. Hirano1, J. Hirokawa1, M. Ando1


3. A Radiation Assessment Apparatus Applicable to mmWave Antennas 203based on a 2D ScannerY. Tu1, W. Liao1, Y. Shih1, G. Huang2, Y. Shiao2

1 National Taiwan University of Science and Technology, Taiwan, 2 National Nano Device Laboratories, Taiwan

4. Prototype of 3-Gb/s 60-GHz Millimeter-wave-based Wireless File- 207transfer System (invited)Y. Asakura1, K. Kondou1, M. Shinagawa1, S. Tamonoki1, M. Noda1

1 Sony Corporation, Japan

5. Ultra-broadband Receivers using Polymeric Substrate for Multiband 211Terahertz Communications M. Inoue1, M. Hodono1, S. Horiguchi2, K. Arakawa3, M. Fujita4, T. Nagatsuma4

1 Nitto Denko Corp., Japan, 2 University of Osaka, Japan, 3 University, Japan, 4 Osaka University, Japan

6. A 60GHz Gigabit Access Transponder Equipment for Short Range and 215Short-time File Transfer (invited)M. Ando1, M. Zhang1, J. Hirokawa1, T. Taniguchi2

1 Tokyo Institute of Technology, Japan, 2 Japan Radio Co., Ltd., Japan

21PM1F Electromagnetic Compatibility/Electromagnetic Interference-2

Tuesday, May 21, 14:00-15:40 (Room F)Chairs: Yoshitaka Toyota, Japan Hiroshi Inoue, Japan

1. Identifying Dominant Factor of EM Radiation from Asymmetrical 218Differential-Paired Lines with Equi-Distance Routing (invited)Y. Kayano1, H. Inoue1

1 Akita University, Japan

2. Evaluation of Pigtail Termination of STP cable Using Modal Equivalent 222 Circuit of Four-conductor Transmission SystemsT. Nobunaga1, Y. Toyota1, K. Iokibe1, L. R. Koga1, T. Watanabe2

1 Okayama University, Japan, 2 Industrial Technology Center of Okayama Prefecture, Japan

3. Optimization of Resistances in RL Snubbers for Power Distribution 226 Network of Integrated Circuits (YSA Paper)R. Yamagata1, K. Iokibe1, Y. Toyota1

1 Okayama University, Japan

4. A Method of Estimating the Intra-EMC Problem Using the Weighted 230 Magnetic Field Correlation Considering Noise Source PolarizationT. Maekawa1, K. Ogawa2

1 Panasonic, Japan, 2 University of Toyama, Japan

5. Design of miniaturized narrow band filter to consider with cross- 234coupling effectT. Kawaguchi1, N. Shiokawa1, K. Nakayama1, M. Yamazaki1, H. Kayano1

1 Toshiba Corporation, Japan

21PM2A Inversion Methods for ElectromagneticImaging and Applications-3

Tuesday, May 21, 16:00-17:40 (Room A)Chairs: Andrea Randazzo, Italy Takasi Takenaka, Japan

1. Progress in Microwave Imaging of Plasmas and Applications (invited) 242A. Mase1, N. Ito1, Y. Kogi2, H. Ikezi1, M. Inutake3, X. Wang1, D. Kuwahara4, Y. Nagayama5, T. Yoshinaga5, S. Yamaguchi6, S. K. Padhi7

1 Kyushu University, Japan, 2 Fukuoka Instutute of Physics, Japan, 3 Tohoku University, Japan, 4 National Instutute for Fusion Science, Japan, 5 National Institute for Fusion Science, Japan, 6 Kansai University, Japan, 7 Curtin University, Australia

2. Goniopolarimetry: Space-borne Radio Astronomy with Imaging Capabilities N/AB. Cecconi1

1 Observatoire de Paris, France

3. Goniopolarimetry with Coupled Electric and Magnetic Measurements N/AB. Cecconi1, A. Gautier2, J. Bergman3, T. Chust4, A. Marchaudon5, C. Cavoit6, O. Santolìk7

1 Observatoire de Paris, France, 2 LESIA, Observatoire de Paris - CNRS - UPMC - Université Paris-Diderot, France, 3 IRFU, France, 4 LPP, CNRS - Ecole Polytechnique - UPMC - Université Paris Sud, France, 5 IRAP, CNRS - Université Paul Sabatier, France, 6 LPC2E, CNRS - Université D'Orléans, France, 7 Institute of Atmospheric Physics AS CR, Czech Republic

4. Coherent Sub-Space Processing for Time Reversal Microwave Imaging 254 (invited)M. D. Hossain1, A. S. Mohan2

1 Faculty of Engineering and IT, University of Technology Sydney, 2 University of

Technology Sydney

21PM2B Nanoelectromagnetics

Tuesday, May 21, 16:00-17:40 (Room B)Chairs: Nader Engheta, USA Arthur D. Yaghjian, USA

1. Impulsive Electromagnetic Response of Thin Plasmonic Metal Sheets (YSA Paper) 258M. Štumpf1, G. A. E. Vandenbosch2

1 Brno University of Technology, Czech Republic, 2 Katholieke Universiteit Leuven, Belgium

2. Interferences among Optical Near Fields Nanofocused by Plasmonic Probe 262K. Tanaka1, F. Katayama2, M. Tanaka1

1 Gifu University, Japan, 2 University of Hamamatsu, Japan

3. Non-Reciprocity with Graphene Magnetoplasmons and Application to Plasmonic Isolators (invited) 266N. Chamanara1, D. L. Sounas1, C. Caloz1

1 Ecole Polytechnique de Montreal, Canada

4. Characteristics of Localized Circularly Polarized Light for All-Optical Magnetic Recording -Field Distribution inside Particulate Media by Changing Antenna Position- 269S. Ohnuki1, T. Kato1, Y. Takano1, Y. Ashizawa1, K. Nakagawa1


21PM2C Random Media and Rough Surfaces

Tuesday, May 21, 16:00-17:40 (Room C)Chairs: Alexander Yarovoy, The Netherlands Akira Ishimaru, USA

1. Random coupling model for the radiation of irregular apertures (invited) 272G. Gradoni1, T. Antonsen1, S. Anlage2, E. Ott1

1 University of Maryland, USA, 2 Center for Nanophysics and Advanced Materials, USA

2. Transient evolution of eigenmodes in dynamic cavities and time-varying media (invited) 276G. Gradoni1, L. R. Arnaut2

1 University of Maryland, USA, 2 University of Nottingham, United Kingdom

3. Some Problems of Diagnostics of Inhomogeneous Media (invited) 280M. Tinin1, S. Knizhin1

1 Irkutsk State University, Russia

4. Off-axis field correlations in turbulence (invited) 284Y. Baykal1

1 Cankaya University, Turkey

21PM2D Electromagnetic Scattering/Reflection/Transmission/Radiation in Structures Involving Metamaterials and AdvancedMaterials

Tuesday, May 21, 16:00-17:40 (Room D)Chairs: Andrey Osipov, Germany Piergiorgio Uslenghi, USA

1. Scattering by an Impedance Cylinder Immersed Halfway Between Dielectric-Metamaterial Half-Spaces (invited) (YSA Paper) 287M. Salem1

1 King Abdullah University of Science and Technology, Saudi Arabia

2. Physical Theory of Diffraction for Scatterers with Low Reflection Surface 291A. Osipov1

1 German Aerospace Center

3. Size-independent Cylindrical Resonator Half-filled with DNG 295Metamaterial (invited)V. Daniele1, R. D. Graglia2, G. Lombardi2, P. L. Uslenghi3

1 Polythechnic of Turin, Italy, 2 Politecnico di Torino, Italy, 3 University of Illinois at Chicago, USA

4. Surface to leaky wave transformation in polarized metasurfaces 298(invited)G. Minatti1, M. Sabbadini2, S. Maci3

1 European Space Agency, The Netherlands, 2 Esa Estec, The Netherlands,3 University of Siena, Italy

21PM2E General Propagation

Tuesday, May 21, 16:00-17:40 (Room E)Chairs: Yasuyuki Maekawa, Japan Susumu Nakazawa, Japan

1. Comparison of Measured and Theoretically Predicted Results of 302Ground-wave Propagation Characteristic at MF-Band (invited)Y. Nishioka1, Y. Inasawa1, Y. Konishi1

1 Mitsubishi Electric Corporation, Japan

2. ARTEMIS-P: A general Ray Tracing code in anisotropic plasma for radioastronomical applications (invited) N/A

A. Gautier1, B. Cecconi2, P. Zarka1

1 LESIA, Observatoire de Paris - CNRS - UPMC - Université Paris-Diderot, France, 2 Observatoire de Paris, France

3. Propagation features and polarization properties of ion cyclotron waves in multi-component plasma (invited) 310D. Shklyar1, L. Storey2

1 Space Research Institute, Russia, 2 Retired, France

4. A Method to Estimate Outage for 21-GHz Band Satellite Broadcasting System (invited) 314S. Nakazawa1, M. Nagasaka2, S. Tanaka3

1 NHK, Japan, 2 NHK Science & Technology Research Laboratory, Japan,3 NHK Science and Technical Research Laboratories, Japan

21PM2F Advanced Computational Techniques forMulti-Scale and/or Multi-Physics EngineeringApplications

Tuesday, May 21, 16:00-17:40 (Room F)Chairs: Jin-Fa Lee, USA Zhen Peng, USA

1. A Heterogeneous Domain Decomposition Method for the Full Wave Analysis of Complex Airborne Antenna Systems (invited) (YSA Paper) 318Z. Peng1, K. Lim2, J. Lee3

1 ElectroScience Lab, The Ohio State University, USA, 2 The Ohio State University, USA, 3 Ohio State University, USA

2. Efficient Integral Equation Based Solvers for Modelling Antennas Mounted on Electrically Large and Complex Platform (invited) 322C. Wang1, Z. Liu1, S. Peng1

1 National University of Singapore, Singapore

3. Transient Analysis of Electromagnetic Fields of Nano Structures by Integral Solvers with FILT (invited) 326S. Kishimoto1, S. Ohnuki1, Y. Ashizawa1, K. Nakagawa1, S. Y. Huang2, W. C. Chew3

1 Nihon University, Japan, 2 Singapore University of Technology and Design, Singapore, 3 University of Illinois at Urbana-Champaign, USA

4. A Multi-solver Domain Decomposition Method for Rigorous Conductor Modeling of Signal Integrity in Integrated Circuits (invited) 328Y. Shao1, Z. Peng2, J. Lee3

1 The Ohio State University, USA, 2 ElectroScience Lab, The Ohio State University,

USA, 3 Ohio State University, USA

23AM1A Recent Advances in Metamaterials

Thursday, May 23, 8:50-11:30 (Room A)Chairs: Christophe Caloz, Canada Toshiro Kodera, Japan

1. Excitation of Antennas by Using Surface Plasmon Technology (YSA Paper) (invited) 330O. Quevedo-Teruel1, Y. Hao1

1 Queen Mary, University of London, United Kingdom

2. Partial Focusing by a Uniaxial Wire Medium Periodically Loaded with Impedance Insertions (invited) 333C. S. R. Kaipa1, A. Yakovlev2

1 University of Mississippi, USA, 2 The University of Mississippi, USA

3. Transmission Line Approach for Transformation Electromagnetics (invited) 336A. Sanada1, T. Nagayama1

1 Yamaguchi University, Japan

4. Beam Scanning Antennas Based on Pseudo Traveling Wave Resonators (invited) 338

T. Ueda1, T. Itoh2

1 Kyoto Institute of Technology, Japan, 2 UCLA, USA

5. A Novel Theoretical Approach of Fishnet-type Material Composed of Multilayer Metallic Patterns by the Equivalent Circuit (invited) 341T. Yamamoto1, H. Kubo1, A. Sanada1

1 Yamaguchi University, Japan

6. Absorption of Near-Fields through Hyperbolic Metamaterials with Finite Thickness (invited) 344C. Guclu1, S. Campione1, F. Capolino1


7. Optimizing small particles for strong interactions with electromagnetic fields (invited) 348Y. Ra'di1, S. Tretyakov1

1 Aalto University, Finland

23AM1B Interaction of Electromagnetic Fields withBiological Tissues

Thursday, May 23, 8:50-11:50 (Room B)Chairs: Ursula van Rienen, Germany Shoogo Ueno, Japan

1. C o m p u t a t i o n a l E s t i m a t i o n o f T h r e s h o l d C u r r e n t s f o r Electrophosphenes (YSA Paper) 350I. Laakso1, A. Hirata1

1 Nagoya Institute of Technology, Japan

2. Investigation of SAR of Dipole Phased Array Antenna above EBG Substrates 354K. H. Chan1, R. Ikeuchi1, A. Hirata1


3. Antenna Performance of Push-to-Talk Transceiver in VHF and UHF Bands Considering Impedance Matching 358N. Kogo1, T. Ikeda2

1 Japan Broadcasting Corporation, 2 Japan Broadcasting Corporation, Japan

4. Design of an Optimized Biomagnetic Measurement Surface by a Spherical-Multipole Approach (invited) 362F. Argin1, H. Ahrens1, L. Klinkenbusch2

1 Christian-Albrechts-Universität zu Kiel, Germany, 2 Christian-Albrechts-Universitaet zu Kiel, Germany

5. Modelling the Probabilistic Neural Activation in Deep Brain Stimulation: Influence of Uncertainty in the Parameters of the 365Electrode-Tissue-Interface (invited)C. Schmidt1, U. V. Rienen2

1 University of Rostock, Germany, 2 Universität Rostock, Germany

6. Analysis of Temperature Elevation in Older Individuals for Far-Field 369 Microwave ExposuresT. Nomura1, I. Laakso1, A. Hirata1


7. A Breast Cancer Detection System Using 198 ps Gaussian Monocycle 372Pulse CMOS Transmitter and UWB Antenna ArrayT. Sugitani1

1 Hiroshima University, Japan

8. Calculating the Electric Fields in the Human Brain by Deep 376Transcranial Magnetic StimulationM. Lu1, S. Ueno2

1 Lanzhou Jiaotong University, Lanzhou, P.R. China, 2 Kyushu University, Japan

23AM1C Exotic Phenomena and HomogenizationTheory of Metamaterials

Thursday, May 23, 8:50-10:10 (Room C)Chairs: Sergei A. Tretyakov, Finland Filippo Capolino, USA

1. Antiresonance in the Retrieved Material Parameters of Periodic and Aperiodic Composite Materials (invited) 380P. Alitalo1, A. E. Culhaoglu2, C. Simovski3, S. Tretyakov1

1 Aalto University, Finland, 2 German Aerospace Center, 3 Helsinki University of Technology, Finland

2. Recent Advances in the Analytical Modeling of Wire Media Based Metamaterials with Microwave and Terahertz Applications (invited) 384S. Maslovski1, M. Silveirinha1, A. Yakovlev2, C. S. R. Kaipa3, G. Hanson4, P. Belov5, O. Luukkonen6, I. Nefedov7, C. Simovski7, S. Tretyakov7, Y. Padooru2

1 Universidade de Coimbra - Instituto de Telecomunicações, Portugal, 2 The University of Mississippi, USA, 3 University of Mississippi, USA, 4 University of Wisconsin-Milwaukee, USA, 5 National Research University of Information Technologies, Mechanics and Optics, Russia, 6 Nokia Research Center, Finland, 7 Aalto University, Finland

3. Singularities or Emergent Losses in Radially Uniaxial Spheres (invited) 388H. Wallén1, H. Kettunen2, A. Sihvola2

1 Aalto University School of Electrical Engineering, Finland, 2 Aalto University, Finland

4. All spectrum identities for periodic metamaterials (invited) 391M. Gustafsson1, I. Vakili1, D. Sjöberg1


23AM1C Microwave Metamaterials: Theory andDesign for New Applications

Thursday, May 23, 10:30-11:50 (Room C)Chairs: Sergei A. Tretyakov, Finland Filippo Capolino, USA

5. Hybrid Combination of Tri-Band Isolation Circuits Based on Conventional and Double-Lorentz Transmiss ion Lines for 393Quadruplexers (invited)H. Lee1, T. Itoh2

1 University of California, Los Angeles, USA, 2 UCLA, USA

6. Magnet-less Non-reciprocal Metamaterials with Magnetic or Electric Gyrotropy (invited) 397T. Kodera1, D. L. Sounas2, C. Caloz2

1 Yamaguchi University, Japan, 2 Ecole Polytechnique de Montreal, Canada

7. Chipless RFID Trasponders by using Multi-resonant High-Impedance Surfaces (invited) 401F. Costa1, S. Genovesi1, A. Monorchio1

1 University of Pisa, Italy

8. Effect of Losses on the Performance of Very Thin Artificial Magnetic Conductors (invited) 404S. Pan1, C. Guclu1, F. Capolino1


23AM1D Near-Field Coupling and Focusing: Theory,Techniques and Applications

Thursday, May 23, 8:50-11:10 (Room D)Chairs: Paolo Nepa, Italy Ahmed Kishk, Canada

1. Near-Field Coupling in UHF-RFID systems (YSA Paper) 408A. Buffi1, A. Michel2, R. Caso1, P. Nepa1

1 University of Pisa, Italy, 2 University of Pisa, Italy

2. Ultra-Wideband Transient Arrays: Focusing and Defocusing (invited) 412S. Karimkashi1, A. Kishk2

1 Advanced Radar Research Center, USA, 2 Concordia University, Canada

3. A Nonredundant Spherical NF-FF Transformation: Experimental Tests 416@ UNISA Antenna Characterization Lab (invited)F. D'Agostino1, F. Ferrara1, C. Gennarelli1, R. Guerriero1, M. Migliozzi1, G. Riccio1

1 University of Salerno, Italy

4. Radiation Pattern Synthesis of Phased Array Antennas Based on a 420Domain Transformation of Field Basis Functions (invited)H. Chou1

1 Yuan Ze University, Taiwan

5. Reconstruction of MMW Near-field Image with Antenna-radiation- 423pattern Deconvolution ProcessingH. Togo1

1 NTT Microsystem Integration Laboratories, Japan

6. Circular Antenna Arrays for Near-Field Focused or Multi-Focused 425Beams (invited)P. Lemaitre-Auger1, R. Siragusa2, C. Caloz3, D. Kaddour4

1 Institut Polytechnique de Grenoble, France, 2 Grenoble INP, France, 3 Ecole

Polytechnique de Montreal, Canada, 4 LCIS, Grenoble INP, France

23AM1E Cognitive Radio and Software ControlledAntennas

Thursday, May 23, 8:50-9:50 (Room E)Chairs: Sembiam Rengarajan, USA Lotfollah Shafai, Canada

1. Microstrip Reconfigurable Antenna for Cognitive Radio Systems 429S. Genovesi1, A. Monorchio1, G. Manara1


2. Reconfigurable RF Circuits for Future Multi-Mode Multi-Band Mobile 432TerminalsH. Okazaki1, T. Furuta1, K. Kawai1, Y. Takagi1, A. Fukuda1, S. Narahashi1

1 NTT DOCOMO, INC., Japan

3. Fixed-Frequency Beam Steering from a Stub-Loaded Microstrip 436 Leaky-Wave AntennaD. K. Karmokar1, D. Thalakotuna1, K. Esselle1, M. Heimlich1, L. Matekovits2

1 Macquarie University, Australia, 2 Politecnico di Torino, Italy

23AM1E Smart Antennas

Thursday, May 23, 10:10-11:50 (Room E)Chairs: Sembiam Rengarajan, USA Lotfollah Shafai, Canada

4. Multivariate Regression Analysis for Estimating the Channel Capacity 440of Small MIMO Antennas Regarding Correlation, Power Imbalance, and SNRT. Kitamura1, K. Honda2, K. Ogawa2

1 Toyama University, Japan, 2 University of Toyama, Japan

5. Mutual Interactions Between Holding Angle and Broadcasting Waves Polarization on the Sensitivity of a Portable DTV MRC Array 444M. Yamazaki1, K. Honda2, K. Ogawa2


6. Photonic Approach to Beam Steering of Phased Array Antenna 448S. Akiba1, M. Oishi2, Y. Nishikawa3, J. Hirokawa3, M. Ando3

1 KDDI, Japan, 2 KDDI R&D Laboratories Inc., Japan, 3 Tokyo Institute of Technology, Japan

7. Design and Implementation of a VHF Plasma Antenna 452P. Darvish1, A. B. Gorji1, B. Zakeri1

1 Babol Noshirvani University of Technology, Babol, Iran

8. Applications of Tri-mode Waveguide Feeds in Adaptive Virtual Array Antennas 456Z. A. Pour1, L. Shafai2

1 The University of Manitoba, Winnipeg, Manitoba, Canada, 2 University of

Manitoba, Canada

23AM1F Ultrawideband Antennas

Thursday, May 23, 8:50-11:30 (Room F)Chairs: John Volakis, USA Akira Hirose, Japan

1. Complementary Triangular SRR and inverted U-slot loaded UWB printed Monopole Antenna with Dual band notch characteristics (invited) N/AM. Gs1, S. Kumar2, V. M. Ravi3, P. H. Rao4

1 NIT-Trichy, India, 2 National Institute of Technology, Trichirapally, India, 3 National Institute of Technology, India, 4 SAMEER-Centre for Electromagnetics, India

2. Dispersion Characteristics of Ultra Wideband Antennas and Their Radiation Patterns (invited) 462K. Kikuta1, A. Hirose1

1 The University of Tokyo, Japan

3. SRR-loaded Antipodal Vivaldi Antenna for UWB Applications with Tunable Notch Function (invited) 466D. Sarkar1, K. V. Srivastava1

1 Indian Institute of Technology, Kanpur, India

4. Circularly Polarized Minkowski Fractal Dielectric Resonator Antenna (invited) 470S. Dhar1, R. Ghatak2, B. Gupta1, D. Poddar1

1 Jadavpur University, India, 2 National Institute of Technology Durgapur, India

5. UWB Miniature Antenna Based on the CRLH-TL with Increase Gain (invited) N/AM. Alibakhshi-Kenari1

1 Shahid Bahonar University of Kerman, Iran

6. Design of Compact UWB MIMO Antenna for Two Different Stub Structures (invited) N/AM. S. Mahmud1, F. J. J. Jabri2

1 American International University-Bnagladesh, Bangladesh, 2 University of

Technology, Iraq

7. Ground Plane Effect of 2 × 1 Ice Cream Cone UWB Antennas for UWB Communication (invited) N/AM. A. Othman1, M. Z. A. Rahman2, M. M. Ismail3, M. Misran4, H. A. Sulaiman5, M. A. M. Said6, M. Z. A. B. A. Aziz5

1 University of Nottingham, United Kingdom, 2 Politeknik Ungku Omar, Malaysia, 3 University Tecnical Malaysia Melaka, Malaysia, 4 Universiti Tenikal Malaysia Melaka, Malaysia, 5 Universiti Teknikal Malaysia Melaka, Malaysia, 6 UTeM,

Malaysia

23PM1P Poster Session

Thursday, May 23, 13:40-14:40 (CMR)Chairs: Kiyotaka Fujisaki, Japan Makoto Ando, Japan

1. Synthesis of Symmetric and Asymmetric Triple-Stopband Microwave Filter using Frequency Transformation 485S. Awasthi1, A. Biswas2, M. J. Akhtar1

1 Indian Institute of Technology Kanpur, India, 2 IIT Kanpur, India

2. A Design of 79 GHz Band Coaxial Waveguide Transition using Finline 489 Built on High-Permittivity SubstrateA. Ishikawa1, T. Uebo1

1 WADECO CO., LTD., Japan

3. Optimization of Low Noise Amplifier Designs by Genetic Algorithms 493H. Chen1, M. Chen1, C. Tsai1

1 National Kaohsiung First University of Science and Technology, Taiwan

4. Basic Characteristics of Various PAGS Structures on Semiconducting 497Substrate for Application to Miniaturization of RF ComponentsJ. Jeong1, S. Han1, K. Son1, Y. Yun2

1 Korea Maritime University, Korea, 2 Korea Moritime University, Korea

5. A High Performance CMOS Cascode Mixer For Application to Wireless 500 Maritime Communication SystemS. Han1, J. Jeong1, E. Jang1, K. Son1, Y. Yun2

1 Korea Maritime University, Korea, 2 Korea Moritime University, Korea

6. Frequency Domain Analysis for Optical Propagation using Yee Lattice 503T. Usuki1

1 Photonics Electronics Technology Research Association, Japan

7. Analytically Based Extraction of Foster-Like Frequency-Independent 506 Antenna Equivalent CircuitsD. Caratelli1, N. Haider1, A. Yarovoy1

1 Delft University of Technology, The Netherlands

8. Rotational Circular Split Ring Resonator Loaded CPW for Compact 510Multi-Band Notch ApplicationsC. Saha1, J. Siddiqui2

1 Indian Institute of Space Science and Technology, Department of Space, Government of India, India, 2 University of Calcutta, India

9. A New Bow-tie Antenna Design for UWB Applications N/AB. Moghimi1, M. Vahdani1

1 Ghiosedin Jamshid Kashani Higher Education Institute, Iran

10. Study of Intelligent Switching Mechanism of Band Selection for Micro N/AScale RF Energy HarvestingB. Wickramasinghe1, C. Indunil1, K. Dharmawardhana1, S. D. silva1

1 Faculty of Engineering, University of Ruhuna, Sri Lanka

11. High-voltage equipment electromagnetic spectrum study for 522estimation of its technical state and prediction of the residual lifeN. V. Silin1, N. V. Korovkin2, M. Hayakawa3

1 Far Eastern Federal University Vladivostok, Russia, 2 Saint Petersburg State Polytechnical University St.-Petersburg, Russia, 3 University of Electro-Communication, Japan

12. FDTD Analysis of Unwanted Emissions from a Variable Capacitor 525

with Sinusoidal MotionY. Shimizu1, A. Hirata1, M. Kuroda2

1 Nagoya Institute of Technology, Japan, 2 Tokyo University of Technology, Japan

13. Evaluation of Different Structures for Loop Filter on Synthesizer Specifications N/AB. Zakeri1


14. UWB Phased Array Antennas for High Resolution Radars 532R. GHolami1, H. Mehrpourbernety1, B. Zakeri1


15. Numerical Analysis of Conical Horn with Dielectric Lens in Free-Space Method 536J. Tsutsumi1, K. Hirayama1, T. Yasui1, Y. Tsuji2

1 Kitami Institute of Technology, Japan, 2 Muroran Institute of Technology, Japan

16. Dependence on Spot Size and Exposure Duration to Thermal Sensation by Millimeter-Wave Exposure at 60 GHz 540K. Wake1, S. Watanabe1, A. Nishikata2, H. Enomoto3, Y. Ugawa3

1 National Institute of Information and Communications Technology, Japan,2 Tokyo Institute of Technology, Japan, 3 Fukushima Medical University, Japan

17. An Analysis of the Periodic Waveguide by Thick Capacitive Iris Using the FDTD Method 542M. Kishi1, T. Shibazaki1, T. Kinoshita2, E. Kabasawa1, T. Kuroki1

1 Tokyo Metropolitan College of Technology, Japan, 2 Tokyo Polytechnic University, Japan

18. Formulation of Electromagnetic Scattering from Surface-Relief Grating with Period Modulation 546K. Watanabe1

1 Fukuoka Institute of Technology, Japan

19. Efficient Modelling of an RF MEMS Capacitive Shunt Switch with Artificial Neural Networks 550T. Kim1, Z. Marinkovic 2, V. Markovic2, M. Milijic 2, O. Pronic-Rancic2, L. Vietzorreck3

1 Technische Universität Muenchen, Germany, 2 University of Nis, Serbia, 3 Technische Universitaet Muenchen, Germany

20. Electromagnetic Scattering from Multiple Objects by Superposition Solution Combined with Method of Moments 554M. Tanaka1, K. Tanaka1

1 Gifu University, Japan

21. Hindrance of Conformal Design of A UWB Monopole Antenna and Its Overcoming Modification Using Bandwidth Enhancement Technique N/AD. K. Das1, M. Ahmed2, A. Rahman1

1 North South University, Bangladesh, 2 North South University, Bangladesh

22. Studies on a Cavity-Backed Slot Antenna Made of a Conductive Textile Bent along a Spherical Surface 561M. Komeya1, H. Shimasaki1

1 Kyoto Institute of Technology, Japan

23. An Investigation through the Accuracy of Bistatic RCS by using CAD Solvers N/AA. B. Gorji1, B. Zakeri1


24. 2-port cavity-backed slot antenna for reducing matching loss 569S. Yun1, S. Nam1, Y. Cho2

1 Seoul National University, Korea, 2 Kyungpook National University, Korea

25. Scaling Limits of Rectangular and Trapezoidal Channel FinFETs N/AJ. Mohseni1

1 Georgia Institute of Technology, USA

26. Analysis of the Electromagnetic Field Scattered by a Spherical Breast Tumour Model 574 . Ünal1, B. Turetken2, U. Bulus3, C. Canbay1

1 Yeditepe University, Turkey, 2 TUBITAK BILGEM, Turkey, 3 National Research Institute of Electronics and Cyrptology, Tubitak, Turkey

27. Development of Line-Shaped Microwave plasma with Rectangular 578

I

Slotted Waveguide at Atmospheric Pressure N/AT. Sakai1

1 IHI Corporation, Japan

28. Investigation of Time and Frequency Domain Weighting Function for Polyphase Pulse Compression Radars N/AB. Zakeri1


29. Ultra Low Profile, Unbalanced FED Inverted F Antenna for 2.45 GHz Wireless Communication System 585E. Rohadi1, M. Taguchi2

1 Graduate School of Engineering, Nagasaki University, Japan, 2 Nagasaki University, Japan

30. Wall-through Radar Modeling by Applying Array-factor and GTD Near-field 589M. Inami1, H. Kobayashi1, Y. Yamaguchi1, H. Yamada1

1 Graduate School of Science and Technology, Niigata University, Japan

23PM2A Overcoming Fundamental Physics Limitswith Active Metastructures

Thursday, May 23, 14:40-15:40 (Room A)Chairs: Richard W. Ziolkowski, USA Samel Arslanagic, Denmark

1. Electromagnetics of Active Coated Nano-Particles (invited) 593S. Arslanagic´1

1 Technical University of Denmark, Denmark

2. Noise figure of broadband active metamaterials (invited) 597Y. Fan1, K. Rajab1, Y. Hao2

1 Queen Mary University of London, United Kingdom, 2 Queen Mary, University of London, United Kingdom

3. Broad Bandwidth Electrically Small Antennas Augmented with Internal 600Non-Foster Elements (invited)N. Zhu1, R. W. Ziolkowski1

1 University of Arizona, USA

23PM2B Antenna Arrays

Thursday, May 23, 14:40-16:00 (Room B)Chairs: Jiro Hirokawa, Japan Manuel Siera-Castaner, Spain

1. Deterministic Synthesis of Non-Uniformly Spaced Isophoric Linear 602Antenna Arrays(invited)D. Caratelli1, M. C. Viganó2, A. Yarovoy1

1 Delft University of Technology, The Netherlands, 2 JAST SA, Switzerland

2. Design of a Corporate-fed 2×2-element Slot Array on a Hollow 606Rectangular Coaxial Line(invited)M. Sano1, J. Hirokawa1, M. Ando1


3. Reflection Bandwidth Enhancement of a 2×2-element Wide Slot Sub- 608array on a Wall-inserted Cavity(invited)T. Tomura1, J. Hirokawa1, T. Hirano1, M. Ando1


4. Study of a High Gain Radial Line Slot Antenna in Ka-band for Space 611Uses(invited)T. Nguyen1, R. Jayawardene1, Y. Takano1, K. Sakurai1, T. Hirano1, J. . Hirokawa1, M. Ando1, O. Amano2, S. Koreeda3, T. Matsuzaki2

1 Tokyo Institute of Technology, Japan, 2 NEC TOSHIBA Space Systems, Ltd.,

Japan, 3 NEC Toshiba Space Systems, Japan

23PM2C Electromagnetic Fast Solvers

Thursday, May 23, 14:40-15:40 (Room C)Chairs: Joshua Le-Wei Li, P. R. China Shinichiro Ohnuki, Japan

1. Fast Direct Solver Based on the Generalized Equivalence Integral Equation 614Y. Brick1, V. Lomakin2, A. Boag3

1,3 Tel Aviv University, Tel Aviv Israel, 2 University of California, San Diego, USA

2. GPU Acceleration of an FDTD Solver for MMIC Passive Element Analysis 618N. Morita1

1 M Wave Solver Lab, Japan

3. Analytic removal of Gibbs phenomenon from spherical waves (invited) N/AJ. L. Li1

1 University of Electronic Science & Technology of China, P.R. China

23PM2D Electromagnetic Modeling of Human Bodyand Its Application to Dosimetry

Thursday, May 23, 14:40-16:00 (Room D)Chairs: Akimasa Hirata, Japan Bhaskar Gupta, India

1. SAR Evaluation for Multiple Wireless Communication Devices inside a Vehicle (invited) 626Y. Diao1, W. N. Sun1, K. H. Chan1, S. W. Leung1, Y. M. Siu2

1 City University of Hong Kong, Hong Kong, 2 City University of Hong Kong, Japan

2. A Dosimetric Study using Best-fit Cole-Cole Parameters of Biological Tissues and Organs in Radio Frequency Band (invited) 630K. Sasaki1, K. Wake2, S. Watanabe2

1 NICT, Japan, 2 National Institute of Information and Communications Technology, Japan

3. Performance of Fully Fabric Wearable Circular Patch Antennas in the Vicinity of Human Body at 2.45 GHz 634S. Subramaniam1, S. Dhar2, S. Dasgupta1, B. Gupta2

1 Jadavpur University, Kolkata, India, 2 Jadavpur University, India

4. Comparative Analysis of the Human Exposure induced by RF mobile phones and base stations (invited) N/AJ. Wiart1, A. Hadjem2, N. Varsier3, I. Bloch4, C. Person5, A. Gati6, E. Conil2

1 Orange- France Telecom, France, 2 France Telecom R&D, France, 3 Orange, France, 4 Télécom ParisTech, France, 5 Lab-STICC/MOM UMR CNRS, France, 6 Orange Labs, France

23PM2E Wave Propagation in a Cellular UrbanEnvironment

Thursday, May 23, 14:40-15:40 (Room E)Chairs: Tapan K. Sarkar, USA Masahiro Nishi, Japan

1. Fading Channel Prediction Based on Complex-Valued Neural Networks in Frequency Domain(invited) 640T. Ding1, A. Hirose2

1 University of Tokyo, Japan, 2 The University of Tokyo, Japan

2. Analysis of Path Gain Inside Tunnels Based on FDTD and Ray Tracing Methods(invited) 644G. S. Ching1, K. Tsuda1, Y. Kishiki2

1 Kozo Keikaku Engineering Inc., Japan, 2 Kozo Keikaku Engineering, Japan

3. Dynamic Electromagnetic Macro Modeling of Environment to Deal 648

with Propagation in Cellular Wireless Communication: Theory and Experiment(invited)T. Sarkar1, M. Salazar-Palma2, M. Prasad3, S. W. Ting4

1 Syracuse University, USA, 2 Universidad Carlos III de Madrid, Spain,3 CSIR, India, 4 University of Macau, Macao

23PM2F Unusual Boundary Conditions and TheirRealizations

Thursday, May 23, 14:40-15:40 (Room F)Chairs: Henrik Wallén, Finland Yasumitsu Miyazaki, Japan

1. Practical Realization of Perfect Electromagnetic Conductor (PEMC) 652Boundaries using Ferrites, Magnet-less Non-reciprocal Metamaterials (MNMs) and Graphene (invited)C. Caloz1, A. Shahvarpour2, D. L. Sounas1, T. Kodera3, B. Gurlek2, N. Chamanara1

1 Ecole Polytechnique de Montreal, Canada, 2 École Polytechnique de Montréal, Canada, 3 Yamaguchi University, Japan

2. Definition of an EM Continuum and Boundary Conditions for Electric 656 Quadrupolar Continua (invited)A. D. Yaghjian1

1 Research Consultant, USA

3. Anisotropic Surface Boundary Conditions and Their Implementations 660 (invited)G. Minatti1, M. Sabbadini2, S. Maci3

1 European Space Agency, The Netherlands, 2 Esa Estec, The Netherlands, 3 University of Siena, Italy

23PM3A Antennas: General Aspects-1

Thursday, May 23, 16:00-18:00 (Room A)Chairs: Karu Esselle, Australia Dominigue L. Paul, United Kingdom

1. A Concentric Three-layer Half-split Cylindrical Dielectric Resonator 664Antenna for Wideband ApplicationsR. K. Chaudhary1, K. V. Srivastava2, A. Biswas3

1 Indian Institute of Technology Kanpur, India, 2 Indian Institute of Technology, Kanpur, India, 3 IIT Kanpur, India

2. Modeling of Losses in Microstrip Reflectarrays based on a Simple 668Equivalent Circuit Approach (YSA Paper)F. Costa1, A. Monorchio1


3. Analysis of a Strip Loop Antenna Located on the Surface of an Open 672Cylindrical Waveguide Filled with a Resonant Magnetoplasma (YSA Paper)A. Zaitseva1, A. Kudrin1, B. Spagnolo2, T. Zaboronkova3

1 University of Nizhny Novgorod, Russia, 2 Palermo University, Italy,3 Technical University of Nizhny Novgorod, Russia

4. Wireless Video System Using Dualfunction Omnidirectional Glass 676 Dielectric Resonator AntennaK. W. Leung1, Y. M. Pan2

1 City University of Hong Kong, Hong Kong, 2 City University of HongKong, Hong Kong

5. A Four Element Antenna System with Antenna Diversity for Dual Band 679WLAN OperationY. Shih1, W. Liao1, S. Chang1, P. Chiang1, C. Yeh1, T. Ma1

1 National Taiwan University of Science and Technology, Taiwan

6. Broadband Reflectarray with Convex Strip Elements for Dual- 683Polarization UseT. Toyoda1, D. Higashi1, H. Deguchi1, M. Tsuji1

1 Doshisha University, Japan

23PM3B Periodic Structures - Frequency SelectiveSurfaces, Absorbers and Metamaterials

Thursday, May 23, 16:00-18:00 (Room B)Chairs: Raj Mittra, USA Simone Genovesi, Italy

1. Three-Dimensional Bandpass Frequency Selective Structures(invited) 687B. Li1, Z. Shen1

1 Nanyang Technological University, Singapore

2. Radio-Frequency Field Measurement Using Thin Artificial Magnetic Conductor Absorber(invited) 691S. Yagitani1, T. Sunahara1, T. Nakagawa1, D. Hiraki1, Y. Yoshimura2, H. Sugiura2

1 Kanazawa University, Japan, 2 Industrial Research Institute of Ishikawa, Japan

3. Evaluation of Effective Permittivity and Permeability for Dummy Metal Fills in a CMOS Chip Using Capacitor and Inductor Model(invited) 695T. Hirano1, K. Okada1, J. Hirokawa1, M. Ando1


4. Three-Dimensional FSS Elements with Wide Frequency and Angular Response(invited) 698C. Pelletti1, R. Mittra2, G. Bianconi2

1 The Pennsylvania State University, USA, 2 Penn State University, USA

5. Perfect Metamaterial Absorbers in the Ultra-High Frequency Range(invited) 701F. Costa1, S. Genovesi1, A. Monorchio1, G. Manara1


6. Efficient Modeling of Conformal Frequency Selective Surfaces Using the Characteristic Basis Function Method(invited) 704C. Pelletti1, G. Bianconi2, R. Mittra2, A. Monorchio3

1 The Pennsylvania State University, USA, 2 Penn State University, USA, 3 University of Pisa, Italy

23PM3C Complex Media and Metamaterials

Thursday, May 23, 16:20-18:00 (Room C)Chairs: Ari Sihvola, Finland Takuji Arima, Japan

1. Electromagnetic interaction with exotic uniaxial media (YSA Paper) 708N. Tedeschi1, F. Frezza2, A. Sihvola3

1 La Sapienza University of Rome, Italy, 2 Sapienza University of Rome, Italy, 3 Aalto University, Finland

2. Frequency Band Widening of Negative Permeability Using Split Ring Resonators 712Y. Aoki1, T. Uno2, T. Arima1

1 Tokyo University of Agriculture and Technology, Japan, 2 Tokyo University of Agricultural Technology, Japan

3. Classification of Degenerate and Non-degenerate Modes of Photonic Crystals by Group Theory in FDTD Analysis 716H. Sakamoto1, T. Uno2, T. Arima1


4. Two-Dimensional Metamaterial for Surface Wave Propagation with Scanning Metallic Defect for Permittivity Imaging 719O. Sakai1, G. Itami1, T. Akiyama1, Y. Harada2

1 Kyoto University, Japan, 2 Kyoto Prefectural University of Medicine, Japan

5. An Ultra Thin Electric Field Driven LC Resonator Structure as Metamaterial Absorber for Dual Band Applications (YSA Paper) 722S. Bhattacharyya1, K. V. Srivastava1

1 Indian Institute of Technology, Kanpur, India

23PM3D Numerical Frequency Domain Methods

Thursday, May 23, 16:00-18:00 (Room D)Chairs: Ignace Bogaert, Belgium Branko M. Kolundzija, Serbia

1. Electromagnetic Modelling of Material Loaded Cavity Resonators with 726a Filling Hole for Complex Resonant Frequency Determination (invited)E. Kilic1, G. Schnattinger1, U. Siart1, T. F. Eibert1

1 Technische Universität München, Germany

2. Calculation of Electromagnetic Fields in Non-Planar Stratified Bi- N/AAnisotropic and Non-Local MediaN. Lehtinen1, U. Inan2

1 Stanford University, USA, 2 Koc University, Turkey

3. Solving Optical Waveguide Leaky Modes Using a Multidomain 734Legendre Pseudospectral Frequency-Domain MethodC. Y. Wang1, S. Chung1, C. Teng2, H. Chang1

1 National Taiwan University, Taiwan, 2 National Chiao Tung University, Taiwan

4. Accurate 2D MoM Technique for Arbitrary Dielectric, Magnetic and 738Conducting Media Applied to Shielding Problems (invited)D. Dobbelaere1, H. Rogier1, D. D. Zutter1

1 Ghent University, Belgium

5. Numerical Aspects of the Method of Moments in Anisotropic Materials 742(invited)I. Bogaert1

1 Ghent University, Belgium

6. Computation of Singular Electromagnetic Fields using a Hybrid DG- 745FEM MethodO. Ivanyshyn Yaman1, E. Gjonaj1, T. Weiland1

1 Technische Universitaet Darmstadt, Germany

23PM3E Novel Mathematical Methods inElectromagnetics

Thursday, May 23, 16:00-18:20 (Room E)Chairs: Yury Shestopalov, Sweeden Kazuya Kobayashi, Japan

1. Regime of Coupled Electromagnetic TE-TM Wave Propagation in a 749Plane Layer Waveguide with Kerr Nonlinearity (YSA Paper)D. Valovik1, Y. Smirnov2

1 Penza State University, Russia, 2 Head of Department at Penza State University, Russia

2. Nanophotonics of gradient metamaterials: physical fundamentals and 753mathematical basis (invited)A. Shvartsburg1

1 Russian Academy of Sciences, Russia

3. Electromagnetic Field Characteristics of Transverse Mode Couplings in 755 Acousto-Optic Waveguide DevicesY. Miyazaki1

1 Aichi University of Technology, Japan

4. Fractal Fourier Spectra of Electromagnetic Oscillations in a Driven 759 Nonlinear ResonatorA. Kudrin1, E. Petrov1

1 University of Nizhny Novgorod, Russia

5. Iterative Method for Analysis of the Differential Phase Shift in an 763Azimuthally Magnetized Circular Ferrite-Dielectric WaveguideM. N. Georgieva-Grosse1, G. N. Georgiev2

1 Meterstrasse 4, Germany, 2 University of Veliko Tirnovo St. St. Cyril and Methodius, Bulgaria

6. Scattering of Electromagnetic Waves by Inhomogeneous Dielectric Gratings with Parallel Perfectly Conducting Strips -Matrix 767 Formulation of Point Matching Method- (invited)T. Yamasaki1


7. Exact Absorbing Boundary Conditions for Numerical Modeling of 3-D Diffraction Gratings 771K. Sirenko1, Y. Sirenko2, H. Bagci1

1 King Abdullah University of Science and Technology, 2 Institute of Radiophysics

and Electronics

23PM3F High-Frequency Methods

Thursday, May 23, 16:00-18:00 (Room F)Chairs: Hsi-Tseng Chou, Taiwan Se-Yun Kim, Korea

1. High Frequency Diffraction by Strongly Elongated Spheroids 775I. Andronov1

1 University of St. Petersburg, Russia

2. Hidden Rays on the Shadow Boundaries of Penetrable Wedges 778S. Kim1

1 Korea Institute of Science and Technology, Korea

3. High-Frequency Asymptotic Analysis for Scattered Field by a Conducting Cylinder 782K. Goto1, L. H. Loc1

1 National Defense Academy, Japan

4. Generalized Ray Interpretation of Floquet Modes for Two-Dimensional, Infinite Phased Array Antennas 786H. Chou1

1 Yuan Ze University, Taiwan

5. Numerical Integration of Physical Optics for 2-Dimensional Scatterer using Fresnel Zone Numbers with Frequency-Independent Computation Time 789T. Kohama1


6. Near-Field Multilevel Physical Optics for Fast Analysis of Multi-Reflector Antennas 792C. Letrou1, A. Boag2

1 TELECOM SudParis, France, 2 Tel Aviv University, Israel

24AM1A Scattering and Diffraction-1

Friday, May 24, 8:50-11:50 (Room A)Chairs: Paul D. Smith, Australia Mitsuhiro Yokota, Japan

1. Uniform Asymptotic Solutions for Scattered Field by a Coated Conducting Cylinder 796L. H. Loc1, K. Goto1

1 National Defense Academy, Japan

2. Reflection Properties from Dielectric Grating Structures Containing Photonic Crystal Grating 800M. Yokota1, K. Yoshizuru1

1 University of Miyazaki, Japan

3. MoM Analysis of Radiation and Scattering of Broadband Array Antenna 804T. Tanaka1, Y. Nishioka1, Y. Inasawa1, Y. Konishi1

1 Mitsubishi Electric Corporation, Japan

4. Scattering of a Gaussian Beam by the End-Face of a Three-Dimensional Waveguide System 808

A. Komiyama1

1 Osaka Electro-Communication University, Japan

5. Scattering by inhomogeneities in parallel plate waveguides 812G. Kristensson1


6. Electromagnetic Wave Scattering from Lossy Polygonal Cylinders 816A. Nguyen1, H. Shirai1

1 Chuo University, Japan

7. Efficiency of Different Heuristic Approaches to Calculation of N/A Electromagnetic Diffraction by Polyhedrons and Other ScatterersM. Vesnik1

1 Kotel'nikov Institute of Radio Engineering and Electronics of Russian Academy of

Sciences, Russia

24AM1B Wireless Power Transfer

Friday, May 24, 8:50-11:30 (Room B)Chairs: Naoki Shinohara, Japan Hiroki Shoki, Japan Koichi Ogawa, Japan

1. High Efficiency MW-Band Rectenna Using a Coaxial Dielectric 823Resonator and Distributed CapacitorsT. Yamashita1, K. Honda2, K. Ogawa2


2. Design of External Circuits for Smart Inductive Coupling between 827Non-Self-Resonant Small Antennas in Wireless Power Transfer SystemsN. Inagaki1, T. Tabata2, S. Hori3

1 Nagoya Institute of Technology, Japan, 2 Kojima Press Insustry co. Ltd., Japan, 3 Kojima Press Industry Co. Ltd., Japan

3. Compliance of Induced Quantities in Human Model for Wireless Power 831Transfer System at 10 MHzT. Sunohara1, I. Laakso1, K. H. Chan1, A. Hirata1


4. Experiment of Power and Data Transmission Scheduling for Single 834Wireless LAN SensorN. Imoto1, S. Yamashita1, K. Yamamoto1, M. Morikura1


5. An Efficient Algorithm for Transmitting Power Maximization of Phased 838Arrays Including Amplitude DegradationT. Mitani1, S. Tanaka2, Y. Ebihara2

1 Kyoto Universiy, Japan, 2 Kyoto University, Japan

6. Mid-Distance Wireless Power Transmission for Electric Truck via 841 MicrowavesN. Shinohara1


7. Measurement of Wireless Power Transfer to Multiple Loads by a Vector 844Network AnalyserK. Yamaguchi1, I. Awai1, T. Ishizaki2

1 Ryutech Corporation, Japan, 2 Ryukoku University, Japan

24AM1C Ultra Wideband Phased Arrays

Friday, May 24, 8:50-11:50 (Room C)Chairs: John Volakis, USA Randy Haupt, USA

1. Beamforming for Impulse-Radio UWB Communication Systems Based on Complex-Valued Spatio-Temporal Neural Networks(invited) 848H. Yoshida1, A. Hirose1

1 The University of Tokyo, Japan

2. Time Delay Unit Quantization at the Subarray Level for Large, Wideband Linear Arrays(invited) 852R. Haupt1

1 Colorado School of Mines, USA

3. Implementation of Direction-of-Arrival Estimation Using Rotman Lens Array Antenna(invited) 855P. Chiang1, W. Liao1, Y. Tu1, H. Liu1

1 National Taiwan University of Science and Technology, Taiwan

4. Wideband, Wide Scanning Conformal Arrays with Practical Integrated Feeds(invited) 859J. Doane1, W. Moulder2, K. Sertel2, J. L. Volakis1

1 Ohio State University, USA, 2 The Ohio State University, USA

5. Design of Mult i -Beam Antenna Array Using Tapered Slot Elements(invited) 863H. Chou1, K. Bai1, C. Sun1, C. Yu1, H. Hsu2

1 Yuan Ze University, Taiwan, 2 Yuan Ze University R O C, Taiwan

6. Wideband Waveguide Slot Array Antennas with Corporate-feed in 120GHz and 350GHz Bands(invited) 866J. Hirokawa1, D. Kim1, M. Ando1, T. Nagatsuma2, J. Takeuchi3, A. Hirata3

1 Tokyo Institute of Technology, Japan, 2 Osaka University, Japan, 3 NTT Corporation, Japan

7. A Review of Planar Ultrawideband Modular Antenna (PUMA) Arrays(invited) 868J. T. Logan1 , S. S. Holland1, D. H. Schaubert1, R. W. Kindt2, M. N. Vouvakis1

1UMass Amherst, USA, 2US Naval Research Lab, USA

24AM1D New Development of Metamaterial Antennasand Transformation Electromagnetics

Friday, May 24, 8:50-11:50 (Room D)Chairs: Yang Hao, United Kingdom Yijun Feng, P. R. China

1. Dielectric Multilayers for Antenna and Cloaking Devices Designed from Transformation Electromagnetics(invited) 872Y. Feng1, S. Xiong1, X. Xu1, B. Zhu1, J. Zhao1, T. Jiang1

1 Nanjing University, P.R. China

2. Surface wave Maxwell fish eye lens(invited) 876R. C. Mitchell-Thomas1, O. Quevedo-Teruel1, R. Yang2, Y. Hao1

1 Queen Mary, University of London, United Kingdom, 2 Xidian University, P.R. China

3. New Strategies for Antenna and Cloak Designs Using Electromagnetic Field Manipulation(invited) 879R. Mittra1, Y. Zhou2

1 Penn State University, USA, 2 EMC Laboratory, The Pennsylvania State University, USA

4. A Personal Perspective on CRLH Antennas (invited) 882C. Caloz1

1 Ecole Polytechnique de Montreal, Canada

5. An Efficient, Electrically Small Antenna with Large Impedance Bandwidth Simultaneously with High Directivity and Large Front-to-Back Ratio(invited) 885

R. W. Ziolkowski1, M. C. Tang2, N. Zhu1

1 University of Arizona, USA, 2 University of Electronic Science and Technology of China, P.R. China

6. Metasurfaces designed by coordinate transformations(invited) 888E. Martini1, S. Maci1

1 University of Siena, Italy

7. Directive Radiation of a Line-Source Inside an Anisotropic Material 890Slab via Transformation Electromagnetics(invited)S. H. Sedighy1, C. Guclu2, M. K. Amirhosseini3, F. Capolino2

1 IUST, Iran, 2 University of California, Irvine, USA, 3 Iran University of Science

and Technology

24AM1E Solution to Canonical Problems

Friday, May 24, 8:50-11:50 (Room E)Chairs: Ludger Klinkenbusch, Germany Hiroshi Shirai, Japan

1. The Far Field Asymptotics in Diffraction by a Plane Sector 893M. A. Lyalinov1

1 St. Petersburg State University, Russia

2. Gaussian Beam Propagator Scattering by a Fast Moving Perfectly 897Conducting Circular Cylinder (invited)(YSA Paper)E. Mizrahi1, T. Melamed1

1 Ben-Gurion University of the Negev, Israel

3. Gaussian Beam Diffraction by a Fast Moving Wedge 901R. Tuvi1, T. Melamed2

1 Ben-Gurion University, Israel, 2 Ben-Gurion University of the Negev, Israel

4. Extreme parameters in systropic spherical scatterers (YSA Paper) 905T. Rimpiläinen1, H. Wallén2, H. Kettunen1, A. Sihvola1

1 Aalto University, Finland, 2 Aalto University School of Electrical Engineering, Finland

5. Mixtures and Composite Particles: Correspondence of Effective 908DescriptionA. Sihvola1, H. Kettunen1, H. Wallén2

1 Aalto University, Finland, 2 Aalto University School of Electrical Engineering, Finland

6. Diffraction of a Skew Incident Electromagnetic Surface Wave at an 912Impedance Wedge (invited)N. Y. Zhu1, M. A. Lyalinov2

1 University of Stuttgart, Germany, 2 St. Petersburg State University, Russia

7. Complex-Source Beam Diffraction by a Wedge: Exact and Complex 915Rays Solutions (invited)M. Katsav1, E. Heyman1, L. Klinkenbusch2

1 Tel Aviv University, Israel, 2 Christian-Albrechts-Universitaet zu Kiel, Germany

24AM1F Inverse Scattering and Imaging

Friday, May 24, 8:50-11:50 (Room F)Chairs: Daniel Sjöberg, Sweden Karl J. Langenberg, Germany

1. Analytical Point Spread Functions for 3D Full Vectorial Inverse Source 919Imaging(invited) (YSA Paper)G. Schnattinger1, T. F. Eibert1

1 Technische Universität München, Germany

2. Using Spatial Processing Based on the Double Weighted Fourier 923Transform for Eliminating the Multipath Effect (invited)(YSA Paper)S. Knizhin1, M. Tinin1, Y. Kravtsov2

1 Irkutsk State University, Russia, 2 Institute of Physics, Maritime University, Poland

3. Born Approximated Inverse Scatter ing Using Beam Basis Functions(invited) 926T. Heilpern1, E. Heyman1

1 Tel Aviv University, Israel

4. Performance Evaluation of a Microwave Localization System Based on Pulse-Compression Technique for Breast Cancer Detection(invited) N/AA. Golmakani1, M. Nakhkash1, R. Saadat2

1 Yazd University, Iran, 2 Yazd university, Iran

5. Reconstruction of Boundary Perturbations in a Waveguide(invited) 934M. Norgren1, M. Dalarsson1

1 Royal Institute of Technology, Sweden

6. Performance Improvement of an Inversion Algorithm for the Reconstruction of Lossy Dielectric Cylinder(invited) 938M. Tanaka1

1 Oita University, Japan

7. Material Characterization in Partially Filled Waveguides Using Inverse Scattering and Multiple Sample Orientations(invited) 942D. Sjöberg1, C. Larsson1


24PM1A Scattering and Diffraction-2

Friday, May 24, 14:00-16:00 (Room A)Chairs: Paul D. Smith, Australia Yoshio Inasawa, Japan

1. Numerical Examination on Effective Permittivity of Periodic Structure by the FDTD Method 946K. Matsumoto1, M. Yokota1

1 University of Miyazaki, Japan

2. Scatterometry of Diffraction Gratings: Time-and-Frequency Domains Technique 950K. Sirenko1, G. Granet2, P. Melezhik3, N. Yashina4

1 King Abdullah University of Science and Technology, 2 Blaise Pascal University, France, 3 Institute for Radiophysics and Electronics of the NAS of Ukraine, Ukraine, 4 Institute of Radiophysics and Electronics, Ukraine

3. RCS Reduction of Dielectric Resonator Antenna 954Y. Shang1, Z. Shen2, S. Q. Xiao3

1 University of Electronic Science and Technology of China, P.R. China, 2 Nanyang Technological University, Singapore, 3 UESTC, P.R. China

4. Designing multilayered wire-grid polarizers using a Monochromatic Recursive Convolution Finite-difference Time-domain Algorithm 958S. Banerjee1

1 Sumitomo Chemical Co. Ltd., Japan

5. Muffler Resonator Partially Filled with DNG Metamaterial (invited) 962D. Erricolo1, P. L. Uslenghi1

1 University of Illinois at Chicago, USA

6. Diffraction from rotationally symmetric ensembles of open and closed arbitrarily shaped screens (invited) 964E. Vinogradova1, A. Shafalyuk1

1 Macquarie University, Australia

24PM1B Antennas: General Aspects-2

Friday, May 24, 14:00-16:00 (Room B)Chairs: Kwok.W. Leung, Hong Kong Kunio Sakakibara, Japan

1. Effect of Photoinduced Plasma on Radiation Characteristics of a Vertical Electric Dipole 966

K. Nishimura1

1 Ryukoku University, Japan

2. Improving Signal Integrity in Time Domain Measurements of Antenna Boresight Fields 970S. R. Rengarajan1

1 California State University, USA

3. Flexible Dual-Band LCP Antenna for RFID Applications 973D. L. Paul1, L. Zhang1, L. Zheng1

1 University of Bristol, United Kingdom

4. Analysis and suppression of reflections in far-field antenna 977measurement rangesM. Sierra-Castañer1, F. J. Cano2, L. J. Foged3, F. Saccardi3, G. N. Kawassaki4, L. d. R. Raimundi4, S. V. Rezende4

1 Technical University of Madrid, Spain, 2 SATIMO, France, 3 SATIMO, Italy, 4 Instituto Nacional de Pesquisas Espaciais, Brazil

5. Improved Evaluation of Sommerfeld Integrals for Microstrip Antenna 981ProblemsD. Chatterjee1, S. Rao2, M. Kluskens2

1 University of Missouri Kansas City, USA, 2 Naval Research Laboratory, USA

6. Loss Evaluation of the 60-GHz Small Antenna in the Package for 985Wireless Data-Transfer SystemsY. She1, R. Suga2, H. Nakano3, Y. Hirachi3, J. Hirokawa1, M. Ando1

1 Tokyo Institute of Technology, Japan, 2 Aoyama Gakuin University, Japan, 3 AMMSYS Inc., Japan

24PM1C Numerical Time Domain Methods-1

Friday, May 24, 14:00-16:00 (Room C)Chairs: Rolf Schuhmann, Germany Erion Gjonaj, Germany

1. An Implicit Time-Domain Scheme Magnetic Field Integral Equation N/A Application to Arbitrarily Shaped Conducting ObjectsR. Aghajafari1

1 Islamic Azad University-Karaj Branch, Iran

2. Filtering and Transmission Characteristics of Optical Wave in Lattice 991Grid with Lossy Clad for Optical CTY. Miyazaki1, K. Takahashi1, N. Goto2

1 Aichi University of Technology, Japan, 2 The University of Tokushima, Japan

3. Cylindrical FDTD with Improved Time Step Size Based on Hybrid Newmark-Beta Discretization 995S. Kirsch1, R. Schuhmann1

1 Technische Universität Berlin, Germany

4. FDTD Analysis of Induced Current of PEC Wire Which In Contact 999 with Half Space Lossy Ground by Using Surface Impedance Boundary ConditionT. Arima1, T. Uno2


5. Construction of Discontinuous Galerkin Time Domain Methods for 1003Maxwell's equations on staggered grids (invited)E. Gjonaj1, T. Weiland1

1 Technische Universitaet Darmstadt, Germany

6. Structural Aspects of Regularized Full Maxwell Electrodynamic 1007 Potential Formulations Using FIT (invited)S. Schöps1, S. Baumanns2, M. Clemens3

1 Technische Universität Darmstadtor, Germany, 2 University of Cologne, Germany, 3 Bergische Universitaet Wuppertal, Germany

24PM1D Electromagnetic Sensing for UndergroundApplications-1

Friday, May 24, 14:00-15:40 (Room D)Chairs: Danilo Erricolo, USA Masahiko Nishimoto, Japan

1. Evaluation of Electromagnetic Scattering from Heterogeneous Soils for Ground-Penetrating Radar Measurements through a Simple Modeling 1011K. Takahashi1, J. Igel2, H. Preetz3, M. Sato1

1 Tohoku University, Japan, 2 Leibniz Institute for Applied Geophysics, Germany, 3 Liebniz Institute for Applied Geophyscs, Japan

2. Radio Channel Models for Search-and-Rescue Missions into Collapsed Structures (invited) 1015C. Oestges1

1 Université Catholique de Louvain, Belgium

3. Imaging of Objects Near Rough Surfaces Based on Time-reversal Signal Processing and Surface Flattening Transform (invited) 1019A. Ishimaru1, C. Zhang1, M. Stoneback1, Y. Kuga1

1 University of Washington, USA

4. Electromagnetic Scattering by Multiple Cavities Embedded in the Infinite Ground Plane (invited) N/AA. Wood1

1 Air Force Institute of Technology, USA

5. Wireless interfaces for sensor networks embedded in tough environments 1027N. Carvallo1, R. Stefanelli2, D. Trinchero3

1 iXem Labs - Politecnico di Torino, Italy, 2 Politecnico di Torino - iXem Labs, Italy, 3 Politecnico di Torino, Italy

24PM1E Mathematical Modeling of EM Problems-1

Friday, May 24, 14:00-16:00 (Room E)Chairs: Paul D. Smith, Australia Kazuya Kobayashi, Japan

1. On the Relevance of Two-Dimensional Sources for Modelling Optical Emission from Layered Media (YSA Paper) 1031A. Epstein1, N. Tessler1, P. Einziger1

1 Technion - Israel Institute of Technology, Israel

2. Antenna Pattern Reconstruction by Spherical Vector Waves for Spherical Antenna Measurement 1035Y. Miao1, J. Takada1


3. On the generalized Jordan's lemma with applications in waveguide theory 1039S. Nordebo1, S. Gustafsson1, A. Ioannidis1, B. Nilsson1, J. Toft1

1 Linnaeus University, Sweden

4. A Mathematical Framework for Propagation in an Open Cavity 1043A. Ioannidis1, B. Nilsson1, S. Nordebo1

1 Linnaeus University, Sweden

5. A Well-Conditioned Algebraic System for Scattering from Eccentrically Layered Circular Cylinders 1047F. Dikmen1, S. Vatansever1, Y. A. Tuchkin1

1 Gebze Institute of Technology, Turkey

6. Stored energies for electric and magnetic currents with applications to Q for small antennas 1050L. Jonsson1, M. Gustafsson2

1 Royal Institute of Technology, 2 Lund University, Sweden

24PM1F Hybrid Methods

Friday, May 24, 14:00-15:40 (Room F)Chairs: Giuliano Manara, Italy Prabhakar H. Pathak, USA

1. Introduction to the Hyperasymptotic Technique in High-Frequency Computational Electromagnetics (invited) 1054D. Chatterjee1

1 University of Missouri Kansas City, USA

2. Efficient Hybrid Simulation for Maxwell-Schrödinger Problems 1058T. Takeuchi1, S. Ohnuki2, T. Sako2, Y. Ashizawa2, K. Nakagawa2, M. Tanaka3

1 Nihonuniversity, Japan, 2 Nihon University, Japan, 3 Gifu University, Japan

3. Application of Fresnel Zone Numbers Localization for Equivalent Edge 1061 Currents Line Integration (invited)M. Ando1, M. Ali1, P. Lu1, T. Kohama1


4. A Hybrid Numerical-Composite UTD Ray Analysis of the Radiation by 1064Large Locally Convex Conformal Arrays on Large Platforms (invited)F. Puggelli1, P. Pathak2, M. Albani1, P. Janpugdee3

1 University of Siena, Italy, 2 The Ohio State University, USA, 3 National University of Singapore, Singapore

5. RCS Computation of a Relatively Small Complex Structure by 1066Asymptotic AnalysisA. B. Gorji1, R. C. Janalizadeh2, B. Zakeri1

1 Babol Noshirvani University of Technology, Babol, Iran, 2 University of Tehran,

Iran

24PM2A Wave Theory, Electromagnetic Properties andApplications of Composite Nanostructures and Nanomaterials

Friday, May 24, 8:50-11:50 (Room D)Chairs: Filippo Capolino, USA Takuichi Hirano, Japan

1. Periodic and Quasi-Periodic Graphene-Based Reconfigurable Surfaces 1070(invited) (YSA Paper)J. Perruisseau-Carrier1, A. Fallahi2, E. Carrasco1

1 Ecole Polytechnique Fédérale de Lausanne, Switzerland, 2 DESY-Center for Free Electron Laser Science

2. Graphene Non-reciprocal Electromagnetic Activity at Microwave 1074Frequencies (invited)D. L. Sounas1, H. S. Skulason2, T. Szkopek2, C. Caloz1

1 Ecole Polytechnique de Montreal, Canada, 2 Department of Electrical and Computer Engineering, McGill University, Canada

3. Passive Core-Shell-Based Metamaterials to Control Infrared Emissions 1078(invited)S. D. Campbell1, R. W. Ziolkowski1

1 University of Arizona, USA

4. Wave Mixing by Periodic Nonlinear Semiconductor Multilayers 1080 O. Shramkova1, A. Schuchinsky2

1 Queen's University Belfast, United Kingdom, 2 Queen's University of Belfast,

United Kingdom

24PM2B Fabry-Pérot Resonant Cavity Antennas

Friday, May 24, 16:20-17:40 (Room B)Chairs: David R. Jackson, USA Yiannis Vardaxoglou, United Kingdom

1. The Use of Reflection and Transmission Models to Design Wideband and Dual-Band Fabry-Perot Cavity Antennas(invited) 1084B. A. Zeb1, R. Hashmi1, K. Esselle1, Y. Ge2

1 Macquarie University, Australia, 2 Huaqiao University, P.R. China

2. A Comparative Study of Directive Antennas from Two Different Approaches (invited) 1088O. Quevedo-Teruel1, Y. Hao1

1 Queen Mary, University of London, United Kingdom

3. Leaky-Wave Analysis of Fabry-Pérot Resonant Cavity Antennas (invited) 1091D. R. Jackson1, X. Guo1, D. Wilton1, F. Capolino2

1 University of Houston, USA, 2 University of California, Irvine, USA

4. Advances in Conformal Antennas Based on High Impedance and EBG Metamaterial Surfaces (invited) 1094J. Y. Vardaxoglou1, G. K. Palikaras2

1Loughborough University, United Kingdom, 2 Queen Mary University of London,

United Kingdom

24PM2C Numerical Time Domain Methods-2

Friday, May 24, 16:20-17:20 (Room C)Chairs: Rolf Schuhmann, Germany Hideki Kawaguchi, Japan

1. High Accuracy Models for Source Terms in the Nonstandard FDTD Algorithm 1098J. Cole1, N. Okada1

1 University of Tsukuba, Japan

2. Space-Time Discretization of Maxwell's Equations in the Setting of Geometric Algebra 1101M. Klimek1, U. Römer1, S. Schöps2, T. Weiland2

1 Technische Universitaet Darmstadt, Germany, 2 Technische Universität Darmstadt, Germany

3. Three-dimensional Time Domain Boundary Element Method with Initial Value Problem Formulation (invited) 1105H. Kawaguchi1, S. Itasaka1

1 Muroran Institute of Technology, Japan

24PM2D Electromagnetic Sensing for UndergroundApplications-2

Friday, May 24, 16:20-17:20 (Room D)Chairs: Danilo Erricolo, USA Toru Sato, Japan

1. Signal Processing for Extraction of Target Response from Distorted GPR Data(invited) 1109M. Nishimoto1, D. Yoshida1

1 Kumamoto University, Japan

2. Numerical Green's Function for Radio Frequency Tomography with Complex Geometry(invited) 1113T. Negishi1, V. Picco1, S. Nishikata2, D. Erricolo1

1 University of Illinois at Chicago, USA, 2 Mitsubishi Heavy Industry, Ltd., Japan

3. Time-Reversal Imaging Based on Random Arrangement of N/ATransmitters

M. Razavian1, M. H. Hosseini1, R. Safian1

1 Isfahan University of Technology, Iran

24PM2E Mathematical Modeling of EM Problems-2

Friday, May 24, 16:20-17:20 (Room E)Chairs: Zhongxiang Shen, Singapore Akira Komiyama, Japan

1. Numerical Analysis of the Two-dimensional Pillar-type Photonic Cristal 1121 Waveguide Devices Using Spectral-Domain ApproachY. Nakatake1, K. Watanabe1

1 Fukuoka Institute of Technology, Japan

2. Mathematical Justification of the Exact Absorbing Conditions Used in 1125Time-Domain Analysis of Open Axially-Symmetrical Structures (invited)P. Smith1, O. Shafalyuk1, L. Velychko2

1 Macquarie University, Australia, 2 Institute of Radiophysics and Electronics, Ukraine

3. Plane wave scattering by a braided cylindrical shield using Method of 1129Regularization (invited)K. Lock1, P. Smith1

1 Macquarie University, Australia

24PM2F Recent Advances of Electromagnetics inMedicine

Friday, May 24, 16:20-17:40 (Room F)Chairs: Akimasa Hirata, Japan Takashi Hikage, Japan

1. Development of Biological Tissue Coagulation Device using Microwave 1133Energy (invited)K. Saito1, M. Inoue1, M. Takahashi1, K. Ito1

1 Chiba University, Japan

2. Impact of the Human Walking Motion on BAN Diversity Effects 1136K. Honda1, K. Li1, K. Ogawa1

1 University of Toyama, Japan

3. In vitro Assessment of EMI from RFID Interrogator on Implantable 1140Cardiac Pacemakers and Implantable Cardioverter Defibrillators (invited)T. Hikage1

1 Hokkaido University, Japan

4. Wireless Technology for Occupational Dosimetry Implementing 1144Medium Range Sensor NetworksE. Pievanelli1, R. Stefanelli2, D. Trinchero3

1 iXem Labs - Politecnico di Torino, Italy, 2 Politecnico di Torino - iXem Labs, Italy, 3 Politecnico di Torino, Italy

2013 ursi international symposium on electromagnetic

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