On-Body Area UWB Channel Modeling Including Reflection from Surroundings
スポンサーリンク
概要
- 論文の詳細を見る
This study aims how to contain the environment reflection in a dynamic on-body ultra wideband (UWB) channel model. Based on a measurement approach, it is demonstrated that a complete body area channel model can be regarded as a combination of the on-body propagation characteristic and additional components from the environment. Based on such a channel model, the effect of environment reflection on the average bit error rate performance was investigated for a typical impulse radio UWB system.
- 2011-09-01
著者
-
Wang Jianqing
Graduate School Of Engineering Nagoya Institute Of Technology
-
KIMURA Ippei
Graduate School of Engineering, Nagoya Institute of Technology
関連論文
- On-body area UWB channel modeling for chest-to-waist link (ワイドバンドシステム)
- Effects of 2.45 GHz Electro-Magnetic Field on Mutation in the lacZ-Transgenic Mouse
- Hybrid Analysis of Human Exposure from Base-Station Antennas in Underground Environment(Electromagnetic Compatibility (EMC))
- Characterization and Performance of High-Frequency Pulse Transmission for Human Body Area Communications(Human-Body-Area Communication,2nd Pan-Pacific EMC Joint Meeting-PPEMC'06-)
- TDR Analysis of Electromagnetic Radiation from a Bend of Micro-Strip Line(Printed Circuit Boards, 2004 International Symposium on Electromagnetic Compatibility)
- Performance of Ultra Wideband On-Body Communication Based on Statistical Channel Model
- SA and SAR Analysis for Wearable UWB Body Area Applications
- Absence of Mutagenic Effects of 2.45GHz Radiofrequency Exposure in Spleen, Liver, Brain, and Testis of lacZ-Transgenic Mouse Exposed in Utero
- Dosimetry Evaluation of a Whole Body Exposure Setup for Small Animal at 2.45 GHz(Regular section)
- Multi-Grid FDTD Calculation of Electromagnetic Absorption in the Human Head for 5 GHz Band Portable Terminals
- EM Interaction between a 5 GHz Band Antenna Mounted PC and a Realistic Human Body Model(Electromagnetic Compatibility(EMC))
- Bit error rate evaluation under SAR consideration for on-body UWB communication (環境電磁工学)
- Transmission Performance of an In-Body to Off-Body UWB Communication Link
- BS-1-2 A Model for Evaluating Electromagnetic Interference to Cardiac Pacemaker in Human Body Communication
- A-5-15 Performance of Multi-Path On-Body Chest-to-Waist UWB Communication Link
- B-4-39 Relationship between SAR and Transmit Power for 400MHz Implant BANs
- BS-9-4 In-body to On-body UWB Channel Modeling and Diversity Reception Performance
- Channel Modeling and Performance Analysis of Diversity Reception for Implant UWB Wireless Link
- On-Body Area UWB Channel Modeling Including Reflection from Surroundings
- Detection of human arm approaching direction based on electrostatic coupling in human body communication
- BS-7-4 Theoretical Approximation of Correlated Lognormal Sum Distribution for In-body to On-body UWB Diversity Channel
- TDR Analysis of Electromagnetic Radiation from a Bend of Micro-Strip Line
- BS-8-6 A Study on Relationship between SAR and Required BER for Wireless Capsule Endoscope