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 …

This paper proposes templates for positive and negative control Toffoli gates for post
synthesis optimization of reversible circuits. Templates 1− 5 can be applied to two adjacent …

Reversible circuits employ a computing paradigm that is useful in a broad variety of
applications. With increasing interest, security concerns for those circuits also will rise in the …

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 …

In this work, we propose an optimization technique for reversible circuits. The involved steps
in this optimization are divided in two stages: First, we define templates and, second, we …

Reversible Logic has been an emerging topic of research for the last decade and has
witnessed a substantial amount of work related to synthesis algorithms, optimization …

With CMOS reaching its fundamental physical heat threshold limits, reversible logic has
emerged as a viable alternative due to its heat arresting attributes. CMOS started witnessing …

This work presents an ESOP-based synthesis technique for reversible logic circuit using
improved cube list. Input specification for this method is a. spec file and it generates …

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 …

Classical computers are already facing threshold limitations with CMOS getting restricted to
clocking speeds in GHz range and alarming heat dissipation issues. Both these issues have …