In this paper, for the first time, an InAs/Si heterojunction double-gate tunnel FET (H-DGTFET)
has been analyzed for low-power high-frequency applications. For this purpose, the …

Approximate computing has received significant attention as an attractive paradigm for error-tolerant
applications to reduce the power consumption, delay and area with some trade-off …

Reliability is a significant strategy concern for modern day multi core embedded systems.
On chip communicating systems are vulnerable to permanent network faults and transient …

This brief proposes a parallel path based strong-arm latch voltage comparator. The proposed
architecture improves the speed performance when compared to the conventional strong-…

In multi-processor system on-chip, each processor produces and consumes high data.
Hence, transporting of data becomes crucial in MPSOC. Therefore, Network on Chip (NoC) is …

Approximate computing is an emerging circuit design technique which reduce the energy
consumption with acceptable degradation in accuracy. Three approximate radix-8 Booth …

To explore the benefits of approximate computing, this article proposes an approximate partial
product generator for squarer (APPGS). Using APPGS, three designs of approximate radix…

In this article, a highly reliable radiation-hardened-by-design (RHBD) 10T static random
access memory (SRAM) cell is proposed. In space, the impact of alpha particles and cosmic …

This paper proposes an inexact Baugh-Wooley Wallace tree multiplier with novel architecture
for inexact 4:2 compressor optimised for realisation using reversible logic. The proposed …

In this paper, the problem of spare core position when faults occur at core on Network on Chip
(NoC) is proposed. More precisely, a fine grained spare core position is proposed, which …