A reversible logic has application in quantum computing. A reversible logic design needs
resources such as ancilla and garbage qubits to reconfigure circuit functions or gate …

Reversible logic has emerged as a promising computing paradigm having applications in
quantum computing, optical computing, dissipationless computing and low-power …

The power dissipation in the electronic products needs to be lowered to conserve the battery
life and reliable operations. To reduce power dissipation in various levels such as …

The concept of IOT (Internet of Things) prevalent in the era, an enormous increase in the
implementation of low resource devices with limited resources to implement various …

Minimization of power and area miniaturization is the most required criteria in today's world.
Reversible logic is one of the evolving ways out for low-power computing. Multiplication is …

In today's digital era, developing digital circuits is bounded by the research towards
investigating various nano devices. This paper provides the design of compact Baugh …

There is an ever increasing demand for low-power and high-speed designs due to the
emergence of portable, handheld gadgets which run on batteries. More and more research …

Reversible computing is an emerging technique to achieve ultra-low-power circuits.
Reversible arithmetic circuits allow for achieving energy-efficient high-performance …

Reversible logic is widely used in optical information processing, bioinformatics and
quantum computing etc. Reversible logic requires ancilla inputs and garbage outputs to …

Multiplication is the key crucial operation in realizing digital signal processing (DSP)
functions. It is accomplished by using diverse multiplier architectures. Multiplication …