Reversible Logic is becoming one of the potentialpower optimization techniquesin Low
Power CMOS design, and also finds its application in Quantum Computing and …

Reversible logic has received a great deal of attention from many researchers over recent
years for its enormous potential for application in quantum computing and nanotechnology …

In this paper, we propose a design of reversible adder/subtractor blocks and arithmetic logic
units (ALUs). The main concept of our approach is different from that of the existing related …

A good VLSI Design is one with low area occupancy and high speed of operation. As per
Moore's law the number of transistors on a chip, increase and so does the overall chip Area …

Reversible logic plays an important role in emerging low power designs and quantum
computing. This paper presents an efficient way to realize reversible arithmetic circuits …

Reversible logic is becoming one of the best emerging design approaches for future
computation of reversible logic having its more application in low power application. This …

The complexity of hardware is increasing in day by day portable devices. Power is the basic
constraint for any circuit & though for complex hardware the power factor plays vital role …

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 …

In recent years, reversible logic has become a promising technology in the areas of low
power VLSI design, nanotechnology, quantum computing and optical computing. The …

Reversible computation is one of the important theories in the 21st century that has versatile
applications in Nanotechnology, Quantum computing, and low power design. In this paper …