Paper Info
Title
Signal Analysis of Wearable Transmitter for Intra-body Communication.
Abstract
We propose a signal channel model that involves using a wearable transmitter for an intra-body communication system. The impedance components regarding the wearable transmitter were added to our previous noise channel model to construct new model. The transmitting voltage through the human body was measured at the embedded electrodes by using a spectrum analyzer and compared with the circuit simulation. We found that the impedance components between the human body and the embedded electrodes agree with experimental results. However, the experimental results from between the wearable transmitter and human body differ from those of the circuit simulation. This means that the capacitance between the wearable transmitter and human body should be measured precisely.
Year
DOI
Venue
2013
10.4108/icst.bodynets.2013.253531
BODYNETS
Keywords
Field
DocType
new model,embedded electrode,human body,previous noise channel model,wearable transmitter,signal channel model,impedance component,signal analysis,circuit simulation,intra-body communication system,wearable computer,ubiquitous computing
Signal processing,Transmitter,Capacitance,Wearable computer,Computer science,Voltage,Communications system,Electrical impedance,Spectrum analyzer,Electrical engineering,Embedded system
Conference
Citations 
PageRank 
References 
8
0.63
5
Authors
7
Name
Order
Citations
PageRank
Ryo Sugiyama1111.09
Yuki Hayashida2167.10
Jun Katsuyama380.63
Kazuki Matsumoto4151.51
Yusuke Ido5111.09
mitsuru shinagawa614037.36
Yuichi Kado7337.60