Abstract— State-of-the-art wearable devices such as embedded biomedical monitoring systems apply voltage scaling to lower as much as possible their energy ...

Mar 14, 2016 · Different tradeoffs between the error correction ability of the techniques and their energy consumption are examined to conclude that, when ...

Different tradeoffs between the error correction ability of the techniques and their energy consumption are examined to conclude that, when properly applied, ...

Different trade- offs between the error correction ability of the techniques and their energy consumption are examined to conclude that, when properly applied, ...

The Dynamic eRror compEnsation And Masking technique is introduced, that provides partial memory protection with less area and power overheads than ECC and ...

This paper presents a methodology to establish and qualify safe bounds of operation for Silicon Carbide power devices under avalanche stress. The methodology ...

Energy vs. Reliability Trade-offs Exploration in Biomedical Ultra-Low Power Devices ; ISSN · 1530-1591 ; ISBN · 978-3-9815-3707-9 ; Any de publicació · 2016 ; Pàgines ...

The primary objective of this work is to exploit the inherent resilience of DNNs and improve the energy efficiency by developing low-voltage, error-aware ...

Energy efficiency (EE) and reliability are two important but conflicting objectives in low-power, short-range wireless communications, usually treated as ...

Different tradeoffs between the error correction ability of the techniques and their energy consumption are examined to conclude that, when properly applied, ...