change language:

フロンティア医工学センター

Researcher List >> Koichi Ito
 

Koichi Ito

 
Avatar
NameKoichi Ito
URLhttp://www.cfme.chiba-u.jp/staff/staff.php
AffiliationChiba University
Sectionフロンティア医工学センター
Job titleChiba University
DegreeDr. Engineering(Tokyo Institute of Technology), Dr. Engineering(東京工業大学)
J-Global ID200901036614535701

Research Interests

 
アンテナ工学 マイクロ波の医療応用 人体と電磁波との相互影響評価 医用電磁波工学 がん治療用アンテナ 移動通信用アンテナ 人体ファントム 人体通信 Antenna Engineering Medical Applications of Microwaves Estimation of Interaction Between Human Body and Electromagnetic Waves ,Antenna Engineering Medical Applications of Microwaves Estimation of Interaction Between Human Body and Electromagnetic Waves

Awards

 
2005
IEEE Fellow
 
2005
IEEE Fellow
 
1997
電子情報通信学会通信ソサイエティ功労賞
 

Misc.

 
 
Nozomi Haga   Kazuyuki Saito   Masaharu Takahashi   Koichi Ito   
IEEE TRANSACTIONS ON ANTENNAS AND PROPAGATION   57(4) 837-843   Apr 2009   
Antennas and the propagation characteristics for body-area networks have become an active area of research. In this paper, a cavity slot antenna is proposed for onbody communications at 2.45 GHz. First, the antenna characteristics (input impedance...
 
Wei Xia   Kazuyuki Saito   Masaharu Takahashi   Koichi Ito   
IEEE TRANSACTIONS ON ANTENNAS AND PROPAGATION   57(4) 894-899   Apr 2009   
Implantable devices have been investigated with great interest as communication tools. These implantable devices are embedded into the human or pet body. The vital information (such as temperature, blood pressure, cardiac beat, etc.) can be transm...
 
Shimpei Akimoto   Satoru Kikuchi   Kazuyuki Saito   Masaharu Takahashi   Koichi Ito   
IEICE ELECTRONICS EXPRESS   6(8) 477-482   Apr 2009   
The portable radio terminal for business is usually hold in the vicinity of a human body, it is needed an attention for the specific absorption rate (SAR) in an abdomen. Therefore, in order to evaluate the SAR in the human body when wearing the po...
 
Satoru Kikuchi   Kazuyuki Saito   Masaharu Takahashi   Koichi Ito   Hiroo Ikehira   
IEICE TRANSACTIONS ON COMMUNICATIONS   E92B(2) 431-439   Feb 2009   
This paper presents the computational electromagnetic dosimetry inside an anatomically based pregnant woman models exposed to electromagnetic wave during magnetic resonance imaging. The two types of pregnant woman models corresponding to early ges...
 
Ohmsha      2009   

Professional Memberships

 
 
   
 
日本医学物理学会
 
   
 
日本シミュレーション学会
 
   
 
American Association for the Advancement of Science (AAAS)
 
   
 
米国電気電子学会 (Institute of Electrical and Electronics Engineers)
 
   
 
日本ハイパーサーミア学会 (Japanese Society of Hyperthermic Oncology)