Research news, analysis and insights

Technique for Interference Reduction in Battery Powered Physiological Monitoring Devices

Eduardo Aguilar-Pelaez presents a novel simple method to identify and remove systematic interference in battery powered physiological monitoring devices. This interference is very typically introduced via fluctuations in the power supply voltage, caused by the nonideal output resistance of small batteries, when a transceiver chip changes operating modes. The proposed method is designed to have low computational complexity in order to potentially allow for low cost, real-time implementations on low-power-based platforms, either in the system front or back end.

Total
0
Shares
Leave a Reply

Your email address will not be published. Required fields are marked *

Previous Article

District magnitude and representation of the majority’s preferences

Next Article

Artificial intelligence and industry

×
You have free insight(s) remaining for this month.
Related Posts
error: Faculti Content is protected. Please check our Privacy Policy and Terms and Conditions.

Add the Faculti Web App to your Mobile or Desktop homescreen

Install
×