With the continuous shrinkage of transistor sizes in very large scale integrated circuits,
power consumption forms a serious concern to be tackled. With their ability to allow for zero …

Reversible logic has recently gained a remarkable interest due to its information lossless
property, which minimizes power dissipation in the circuit. Furthermore, with their natural …

In this article, we propose a flexible and efficient reversible logic synthesizer. It exploits the
complementary advantages of two methods: Reed-Muller Reversible Logic Synthesis …

Reversible circuit synthesis methods based on decision diagrams achieve low quantum
costs but do not account for quantum bit (qubit) limits for the application of reversible logic in …

As billions of transistors are being placed on a few square millimeters of silicon, power
dissipation is becoming a more crucial factor to be tackled for high performance computing …

Synthesizing reversible circuits is still an important issue in the area of low power
consumption circuit design. Several algorithms have been proposed in the field in order to …

Reversible logic has been considered as a promising direction in the field of low power
design and quantum computing. However, synthesizing reversible circuits is totally different …

Reversible logic is being studied extensively due to its applications in the design of
nanoscale circuits with ultra-low power dissipation and future technologies such as quantum …

Traditional technologies are increasingly beginning to suffer from the increasing
miniaturization and the exponential growth of the number of transistors in integrated circuits …

Reversible computation is a heavily investigated emerging technology due to its promising
characteristics in low-power design, its application in quantum computations, and several …