Nov 1, 2016 · This study introduces an inexact, but ultra-low power, computing architecture devoted to the embedded analysis of bio-signals.

This study introduces an inexact, but ultra-low power, computing architecture devoted to the embedded analysis of bio-signals. The platform operates at ...

This paper introduces an inexact, but ultra-low power, computing architecture devoted to the embedded analysis of bio-signals. The platform operates at ...

Abstract: This paper introduces an inexact, but ultra-low-power, computing architecture devoted to the embedded analysis of bio-signals.

A novel scheme to design inexact computing architectures that selectively protects memory regions based on their significance, i.e., their impact on the ...

This paper introduces an inexact, but ultra-low-power, computing architecture devoted to the embedded analysis of bio-signals. The platform operates at ...

This page is a summary of: Inexact-aware architecture design for ultra-low power bio-signal analysis , IET Computers & Digital Techniques, November 2016, the ...

This study introduces an inexact, but ultra-low power, computing architecture devoted to the embedded analysis of bio-signals. The platform operates at ...

Inexact‐aware architecture design for ultra‐low power bio‐signal analysis ... Authors: Soumya Basu; Pablo Garcia Del Valle; Georgios Karakonstantis; Giovanni ...

Inexact-Aware Architecture Design for Ultra-Low Power Bio-Signal Analysis by Soumya Basu, Pablo Garcia Del Valle, Georgios Karakonstantis, Giovanni.