Study of RF signal attenuation of human heart
A study of ultrawideband pulse propagation modeling through human body for all
frequencies from 0.1 to 10.5 GHz is presented. Reflection coefficient and signal attenuation …
frequencies from 0.1 to 10.5 GHz is presented. Reflection coefficient and signal attenuation …
[PDF][PDF] Study of RF propagation losses in homogeneous brick and concrete walls using analytical frequency dependent models
The prediction of wall losses is a fundamental aspect in the development of ultra-wideband
throughthe-wall (TTW) detection systems. Accurate ultra-wideband signal attenuation …
throughthe-wall (TTW) detection systems. Accurate ultra-wideband signal attenuation …
Modeling of human thorax and study on human heart activity with UWB radar from UHF to S-band
This paper presents an electromagnetic wave propagation model of a human thorax and
also an estimation of the propagation characteristics of the model for frequencies ranging …
also an estimation of the propagation characteristics of the model for frequencies ranging …
[PDF][PDF] Estimation Of Antenna Gain Using Radar Equation For 1-11 Ghz FMCW UWB Radar Based Lie Detector
KN Sahu - academia.edu
Ultra-wideband (UWB) technology is a radio technology used at a very low energy level for
short-range, high bandwidth communications using a large portion of the radio spectrum. As …
short-range, high bandwidth communications using a large portion of the radio spectrum. As …
UWB Pulse Propagation into Layered Model of Human Body
The biomedical applications of Ultra-Wide Band (UWB) radar system promise a very
important means to remotely monitor physiological signal. Researchers have shown great …
important means to remotely monitor physiological signal. Researchers have shown great …
[PDF][PDF] Research Article Study of RF Signal Attenuation of Human Heart
A study of ultrawideband pulse propagation modeling through human body for all
frequencies from 0.1 to 10.5 GHz is presented. Reflection coefficient and signal attenuation …
frequencies from 0.1 to 10.5 GHz is presented. Reflection coefficient and signal attenuation …
MODELING OF PROPAGATION LOSSES FOR HUMAN BEING BEHIND A BRICK WALL
In this article, ultra-wideband propagation modeling and analysis of a human being behind a
brick wall is presented. First, the propagation modeling of a brick wall and the propagation …
brick wall is presented. First, the propagation modeling of a brick wall and the propagation …