We describe a reversible instruction set architecture using recently developed reversible
logic design techniques. Such an architecture has the dual advantage of being able to run …

Regular reversible logic circuits, ie consisting of identical reversible gates, each of which is
uniformly connected to its neighbors, have small garbage. Reversible gates realizing …

Reversible logic is of increasing importance to many future computer technologies. We
introduce a regular structure to realize symmetric functions in binary reversible logic. This …

Power dissipation in CMOS circuits has become increasingly important for the design of
portable, embedded and high-performance computing systems. Our VLSI research group …

Driven by its promising applications, reversible logic received significant attention. As a
result, an impressive progress has been made in the development of synthesis approaches …

Reversible circuits are applicable to nanotechnology, quantum and optical computing, as
well as to reducing power in CMOS implementations. In adiabatic circuits, current is …

This paper is about making reversible logic a reality for supercomputing. Reversible logic
offers a way to exceed certain basic limits on the performance of computers, yet a powerful …

We describe the design of a purely reversible computing architecture, Bob, and its
instruction set, BobISA. The special features of the design include a simple, yet expressive …

Reversible shift registers are required to construct reversible memory circuits. This paper
presents novel designs of reversible shift registers such as serial-in serial-out (SISO), serial …

Reversible logic has extensive applications in quantum computing, low power VLSI design,
quantum dot cellular automata and optical computing. While several researchers have …