Design and implementation of digital circuits using novel reversible gates

Abstract

Reversible Logic Gates play a vital role in low power digital circuit newlinedesign which contributes a lot of technological advancements in the field of newlineVLSI, DNA computing, Quantum figuring, Nanotechnology, Optical newlineProcessing etc. Reversible Logic Gates have a unique merit of achieving newlinelossless data transmission and zero power dissipation. The reversible logic newlinegates having equal number of inputs and outputs enforces an added advantage newlineof reconfigurability in the complex circuits design, by allowing to retrieve the newlineinput data from the output data at minimal transistor count. Hence it was the newlinemost preferred logic in designing circuits like BCD adder, Full adder, Carry newlineskip adder, Multiplier, Counters etc., with single mode of operations. In order newlineto enhance the performance and improvise the versatility of digital circuit newlinedesign, novel reversible gates are proposed for the implementation of multiple newlinemodes of operations with reduced data loss. newline