Title
A Feasibility Study on the Adoption of Human Body Communication for Medical Service
Abstract
A feasibility study on the adoption of human body communication (HBC) for medical service is presented. The electrical specifications of HBC for medical service were reviewed. The ratio of the leakage current into the heart to the output current of a capsule-type transmitter and the propagation loss in the channel were simulated using an anatomical body model. The in-body to on-body channel loss for HBC was provided by electromagnetic simulation from the capsule-type transmitter in the stomach to receiving electrodes on the abdominal region. An analog front end with a sensitivity of 37 μVpp was developed, which showed an improvement of 21 dB against the best report. The 14 mm × 26 mm capsule-type transmitter was implemented, and preclinical experiment was conducted using a live pig. The proposed system successfully transferred data from the capsule-type transmitter in a stomach to the electrodes on the butt and the low jaw of the pig at a high rate of 2 Mb/s at a distance of 90 cm without packet error.
Year
DOI
Venue
2015
10.1109/TCSII.2014.2387631
IEEE Trans. on Circuits and Systems
Keywords
Field
DocType
body area network,human body communications,jaw,leakage current,on-body channel loss,leakage currents,biomedical electrodes,body area networks,capsule-type transmitter,biomedical communication,stomach,butt,analog front end,transmitters,human body communications (hbcs),anatomical body model,size 14 mm,human body communication,electromagnetic simulation,human body model,electrodes,bioelectric phenomena,hbc,output current,size 26 mm,in-body channel loss,medical service,heart,electrical specifications,biomedical electronics,propagation loss,capsule endoscope,materials
Transmitter,Transceiver,Electromagnetic simulation,Leakage (electronics),Analog front-end,Network packet,Communication channel,Electronic engineering,Mathematics
Journal
Volume
Issue
ISSN
62
2
1549-7747
Citations 
PageRank 
References 
4
0.60
2
Authors
5
Name
Order
Citations
PageRank
Changhee Hyoung162.39
Jung-Hwan Hwang252.64
Sung-Wen Kang340.60
Seong-Ook Park4288.76
Youn Tae Kim53811.62