Data shifting, addressed in this article is an essential operation of arithmetic processors and
array processors used for graphics and video processing applications. This research article …

Motivation for the study of technologies implementing reversible computing methods are that
they offer a potential way to improve the energy efficiency of computers beyond the …

One of the most challenging issues in circuit design is power consumption. Designing circuit
using reversible logic is one of the solutions to decrease power loss. Theoretically, a …

In this paper, we propose an optimized design of an n-bit reversible bidirectional barrel
shifter, where n is an integer power of two. The proposed bidirectional barrel shifter can shift …

One of the most important issues in designing VLSI circuits is power consumption.
Reversible logic which is widely utilized in quantum computing, low power CMOS design …

This paper demonstrates the reversible logic synthesis for the unidirectional, bidirectional
and universal barrel shifters. The proposed shifters are constructed using only Fredkin and …

Multiplication is a significant operation in signal processing but slow and complex leading to
high power consumption and area. Digital Signal Processing repetitively uses multiplication …

Very–low-power CMOS IC design is needed for any communication systems. The system's
performance is measured in terms of less power dissipation, small delay and small area. In …

Power dissipation is a prominent factor in limiting the chip area. Conventional computing
has been facing many challenges from the last couple of decades. The device scaling …

Research affinity towards Reversible Computing is increasing day to day due to its lower
energy dissipation computing capability. To evaluate any reversible function it is necessary …