Wearable antennas are the key component of an on body communication system. The proposed antenna system with reduced path loss and has the capability to reduce the amount of electromagnetic radiation that is being absorbed by human body.
Wearable radiation free antenna system placed on different part of the human body can monitor health parameters and communicate among each other without creating hazards to the human tissue.
Wearable radiation free antenna system placed on different part of the human body can monitor health parameters and communicate among each other without creating hazards to the human tissue. SEE LESS
Stage 3: Proof of Concept
When we design an antenna for wearable application, the proposed miniaturized antenna has less specific adsorption rate. So the proposed antenna is design, development and validated using human phantom on its radiation absorption analysis.
Technology and Health Systems
Technology and Health SystemsSEE LESS
Specific Absorption Rate (SAR) of human body, when exposed to electromagnetic radiation from antenna leads to radiation hazards
Design and development of harmful radiation free antenna system for an on body health care applications
Those who use non invasive treatment techniques to monitor and/or detect various health issues
Mission and Vision
To make non invasive treatment techniques with antenna system in health care industry more popular
SAR of the excising antenna system cannot be properly manipulated based on the FCC standardization value. So the proposed system have the capability of reducing SAR without creating human hazards.
The Team Behind the Innovation
Our center "Amrita Center for Wireless Networks & Applications" mainly focus on the recent trends in the health care applications, networking, communication etc
EXECUTIVE TEAM INCLUDES WOMEN