Standardization of Computational Techniques for Compliance Evaluation of the Human Ezposure in Automotive Environments: Bystander and passenger RF ezposure from mobile radios with vehicle-mount antennas
This paper presents the recent efforts to develop standards allowing numerical methods and techniques for accurate and representative simulations of human exposure to RF energy in automotive environments. The focus of this work is to standardize numerical and modeling procedures that produce repeatable results based on simulations of the human body exposure to RF energy emitted by mobile radios with vehiclemount antennas. This activity is carried out in the framework of IEEE 1528.1 and IEEE 1528.2 standards development with the goal to provide a robust methodology for evaluating the compliance of vehicle-mount transmitters with respect to international exposure safety standards by means of numerical simulations.
SAR bystander vehicle antenna mobile radio
Giorgi Bit-Babik Antonio Faraone Christopher Penney Tilmann Wittig Alexander Prokop Andreas Christ Jianxiang Shen Ji Chen
Motorola Florida Research Laboratory Fort Lauderdale, USA Remcom, Inc. State College, PA, USA Computer Simulation Technology, CST GmbH Darmstadt, Germany ITIS Foundation Zurich, Switzerland University of Houston Houston, USA
国际会议
上海
英文
791-793
2008-05-16（万方平台首次上网日期，不代表论文的发表时间）