Due to the increasing miniaturization according to Moore's law, classical circuit design will
reach soon its limits. Reversible computation is an interesting alternative, since it provides a …

Recent works in the synthesis of reversible logic circuits have been motivated by ever
increasing emphasis on low-power design alternatives, and recent developments in …

The development of approaches for synthesis and optimization of reversible circuits
received significant attention in the past. This is partly due to the increasing emphasis on low …

Reversible logic has gained the interest of many researchers due to its applicability in
emerging low power technologies such as Quantum computing, QCA, optical computing …

We present tighter upper bounds on the number of Toffoli gates needed in reversible
circuits. Both multiple controlled Toffoli gates and mixed polarity Toffoli gates have been …

The problem of reversible logic synthesis has drawn the attention of many researchers over
the last two decades with growing emphasis on low-power design. Among the various …

Logic synthesis is a critical step in the Electronic Design Automation (EDA). Traditional
global heuristic-based logic synthesis has many challenges as computing power keeps …

Optimal synthesis of reversible circuits is a very hard task. In 2010, a method and a tool of
practical usage for finding optimal circuits built from multi-control Toffoli gates for any 4-bit …

Synthesis of reversible circuits has attracted the attention of many researchers. In particular,
approaches based on Decision Diagrams (DDs) have been shown beneficial since they …

Quantum computers exploit quantum effects in a controlled manner in order to efficiently
solve problems that are very hard to address on classical computers. The ion-trap-based …