Two methods of using switches to implement reversible computations are discussed. The
first method has an energy dissipation which is proportional to the square of the error in the …

In the present paper, we give a design methodology for reversible logic circuits. The
implementation is based on complementary MOS (metal-oxide-semiconductor) transistor …

The development of computing machines found great success in the last decades. But the
ongoing miniaturization of integrated circuits will reach its limits in the near future. Shrinking …

This work presents the logical reversibility. The inputs and outputs of reversible logic gates
can be uniquely retrievable from each other. The reversible logic operations can't erase …

There exists a set of reversible primitive modules that may be combined according to a set of
simple rules to create larger systems, which are themselves reversible primitive modules …

Reversible computing has been studied since Rolf Landauer advanced the argument that
has come to be known as Landauer's principle. This principle states that there is no …

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

Reversible logic is an emerging research area. Interest in reversible logic is sparked by its
necessity in quantum technologies. Reversible implementations are also found in optical …

This paper presents a new family of logic gates for low energy computing using pulsed
power CMOS logic. The logic gates use the principles of adiabatic-switching and results …

It has been known for a long time that the thermodynamic limit k/sub B/Tln2 on the energy
dissipation per logic operation can be overcome by physically and logically reversible …