Today, low loss efficient digital calculating systems are among the key focus of researchers.
Fast and efficient processing parts are in the concrete demands of this era. Reversible digital …

It is obvious that the design of low power digital circuits is very important. Hence, reversible
logic can be used as the great method for reducing power consumption. In this paper, we …

In this paper realization of 2: 4 reversible decoder is proposed which can provide active high
as well as active low outputs. The proposed decoder uses Feynman and Fredkin gates and …

The availability of fast and efficient processing systems is the basic requirement of current
era. In digital systems, multiplications is one of the major operations, which limit the speed …

In this paper performance analysis of 2: 4 reversible decoder is proposed which can provide
active high as well as active low outputs. The proposed decoder uses BVF gate, Double …

Technological innovations of this era demand the application of reversible logic approach to
design various low power loss digital systems. Reversible designs are widely applicable in …

Redundant Binary Signed Digit (RBSD) number system motivates the researchers to design
high speed processing devices. RBSD adders can perform fast addition of two numbers due …

Reversible realization of digital circuits basically aims for the low loss efficient computing
systems. Among combinational digital circuits, decoders are considered as one of the most …

Arithmetic digital processing sub-systems are considered as one of the major component of
any electronic computing system. The adder/subtractor circuit is one of the vital part of …

Reversible logic is one of the latest technologies having promising applications in Quantum
Computing. Reversible code converters are a class of reversible circuits that are used to …