DESIGN OF MULTIPLIERS USING REVERSIBLE LOGIC AND TOFFOLI GATES

Abstract

The power dissipation in the electronic products needs to be lowered to conserve the battery 
life and reliable operations. To reduce power dissipation in various levels such as algorithmic 
level, architectural level and circuit level, the researchers have been concentrating.
To stay away from energy dispersal in a circuit, it is planned utilizing reversible processing. 
Reversible figuring is an interaction where the info data can be created back from its yield data. 
The design is synthesized using reversible gates which are optimized for minimum number of 
Toffoli gates.
The abstract of a design focused on multipliers using reversible logic and Toffoli gates would 
likely highlight the innovative approach of employing reversible logic and Toffoli gates to 
enhance the efficiency and energy conservation in multiplier circuits. It may discuss the 
theoretical foundations, methodology, and potential benefits of such a design, emphasizing the 
importance of reversible logic for minimizing information loss and Toffoli gates for their role 
in reversible computation. The abstract would likely touch upon the potential applications and 
advancements in computational efficiency that stem from this unique approach to multiplier 
design.