Reversible logic is the key to enter into the new era of incredibly compact electronic devices
with ultra low power consumption. Testing of these devices is another significant issue. As a …

Reversible logic is one of the foregrounds to meet the ever-changing demands electronic
devices with its applications to quantum computation. The change in technology gives rise to …

A new method of designing reversible logic circuits which can be adopted by any synthesis
technique to produce parity preserving reversible circuits based on Multiple Controlled …

A new architecture of 4-bit reversible multiplier with scalability factor of order 4 N is
presented in this paper. The design procedure is based on a unique method of gates …

Reversible logic is one of the alternatives to meet the requirement of power, speed and size
in EDA (Electronic Design Automation) industry because these circuits are theoretically …

Testable design of reversible circuits leads to a large increment in operating costs from their
original circuits. This paper presents a new cost efficient methodology of converting k-CNOT …

Quantum computing has been attracting increasing attention in recent years because of the
rapid advancements that have been made in quantum algorithms and quantum system …

This article introduces redundant design approaches for reversible circuits that have the
ability to detect and tolerate single-bit fault without the need of conventional voting scheme …

A new method of designing reversible circuits with inbuilt testability is presented by
exploiting the properties of quantum controlled NOT and Swap gates. The design process is …

Testability dramatically enhances the operating cost in reversible logic circuits as it
increases the cost metrics such as gate count, quantum cost, number of wires and garbage …