Research and Design of Three Wearable Near- and Far-field Radio-frequency Tag Antennas

Research and Design of Three Wearable Near- and Far-field Radio-frequency Tag Antennas

Research and Design of Three Wearable Near- and Far-field Radio-frequency Tag Antennas

Abstract:

A radio frequency device design simulator system for optimizing output responses of radio frequency device, and more particularly to an antenna is provided herein. The radio frequency device design simulator system includes a screening module configured to apply a parametric screening to screen out at least one of a layout parameter from the output responses of the antenna, based on received a plurality of layout parameters. The radio frequency device design simulator system further includes a neural network module configured to formulate a mathematical model of the output responses of the antenna using a neural network approach. The radio frequency device design simulator system further includes an optimization module configured to determine optimum combinations of layout parameters for optimizing the output responses of the antenna.

More Information

Project No.: T07C2-15
Submitted By: UTAR
Partners: MDT
Type of IP: Patent
Date of Filing: 06-12-2019
Patent Application Number: PI 2019007282
Invention Title: Radio Frequency Device Design Simulator System And Method
Cluster: Embedded Sys & IOT
Domain Area: Sensors & Sensing
Market: Healthcare

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