An Investigation of the FEM Simulation for the Galvanic Coupling IBC Based on Visible Human Data (CROSBI ID 631270)
Prilog sa skupa u zborniku | izvorni znanstveni rad | međunarodna recenzija
Podaci o odgovornosti
Gao, Yueming ; Wu, Zhu Mei ; Vai, Mang I ; Lučev Vasić, Željka ; Cifrek, Mario
engleski
An Investigation of the FEM Simulation for the Galvanic Coupling IBC Based on Visible Human Data
At present, the main existing researches on simulation and modeling of intra-body communication mostly model human body as a regular geometry, and the internal of geometry was divided into several layers of uniform medium to represent the different human tissues. A finite element method(FEM) simulation model of galvanic coupling intra-body communication based on the visible human data(VHD), has been presented in this paper. The data was a personalized leg model with various internal tissues and ergonomic appearance. Firstly, the leg structure was divided into several different tissues, including skin, fat, muscle and bone. Next, the outline of each tissue layers were extracted automatically, and the contour line of tissues were reconstructed. And then, each layer was filled with the respective tissues to acquire a personalized leg model. Finally, a quasi-static electric field model of galvanic coupling intra-body communication on the personalized leg was built on FEM. A vivo experiments was implemented to verify the feasibility of the model. The results of the proposed model were consistent with the experimental data. Meanwhile, the results indicated that the human body is a linear response system on electric signal and channel length is main factor of signal attenuation.
Visible Human Data ; Channel Model ; Intra-body Communication ; Finite Element Method
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Podaci o prilogu
1-x.
2015.
objavljeno
Podaci o matičnoj publikaciji
2015 IEEE International Conference on Consumer Electronics – China : Proceedings
978-1-4799-8742-9
Podaci o skupu
2015 IEEE International Conference on Consumer Electronics – China
predavanje
09.04.2015-11.04.2015
Shenzhen, Kina