The Journal of The Institute of Electronics, Information and Communication Engineers


Journal of IEICE
CONTENTS Vol. 88, No. 12, 2005 - 12


Special Section on Advanced Technologies of EM-wave Absorber
 Enhancing Ubiquitous Network Environments

Editorial Preface...............................................Youji KOTSUKA   931
1.  Advanced EM-wave Absorber Technologies......................Youji KOTSUKA   932
2.  EM-wave Absorber and Screen Made of Artificially Designed Material
           ................................................Kenichi HATAKEYAMA   937
3.  On the Influence of Specimen Size and Antenna Distance or Beam Convergence
     for the Reflectivity Measurement of Wave Absorber by Free Space Methods
           ..............................................  Atsuhiro NISHIKATA   943
4.  EM-wave Absorber Technology for Wireless LAN and ITS
           ...................................................Osamu HASHIMOTO   956
5.  Thin Magnetic Sheets on EMC of Portable Electric Devices and Ultra-Thin &/4 
     Absorber against Unwanted Radiation for Practical Usage
           ...................................................Yasuo HASHIMOTO   960


Technical Survey
Informatics on Daily Life Activities.......................Katsunori MATSUOKA   966
Prospects of Superconductive Digital Electronics Technology
           ..................................Keiichi TANABE and Mutsuo HIDAKA   973
SPICE-Oriented Numerical Methods for Solving Nonlinear Problems Where 
  Formulas Are Described by Circuits........................Kiyotaka YAMAMURA   981
Particle Filter..............................................Tomoyuki HIGUCHI   989


Lecture Series
Basis of Microwave Synthesizers[I]: Foundation of Low Noise PLL Frequency
  Synthesizers.....................................................Kenji ITOH   995


Tutorials
Parliamentary ProcedureFRobert's Rules of Order............Akinori NISHIHARA  1002
Scalar and Vector Potential for Vector Fields.................Kiyomichi ARAKI  1004


News Analysis
First Demonstration of 160Gbit/s-based Field Transmission with Simple PMD Compensator
           ..................................................................  1010

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