Reversible circuits synthesis based on exor sum of products of exor sums
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Reversible circuits synthesis based on exor sum of products of exor sums
Reversible Circuits SynthesisBased on EXOR-sum of Products of EXOR-sumsbyLinh Hoang TranA dissertation submitted in partial fulfillment of the require Reversible circuits synthesis based on exor sum of products of exor sums ements for the degree ofDoctor of Philosophy inElectrical and Computer EngineeringDissertation Committee: Marek Perkowski. Chair Xiaoyu Song Fu LiJohn CaughmanPortland State University2015AbstractPower dissipation in modern technologies is an important matter and overheating is a severe concern for Reversible circuits synthesis based on exor sum of products of exor sums both manufacturer ( impossibility of introducing new and smaller scale technologies and limited temperature range for operating the product) and custoReversible circuits synthesis based on exor sum of products of exor sums
mer (power supply, which is especially important for mobile systems). One of the main profits that reversible circuit carries is theoretically the zerReversible Circuits SynthesisBased on EXOR-sum of Products of EXOR-sumsbyLinh Hoang TranA dissertation submitted in partial fulfillment of the require Reversible circuits synthesis based on exor sum of products of exor sums e circuits may offer a feasible solution in the future that will aid certain reduction of the power loss.Reversible circuits are circuits that do not lose information during computation. These circuits can create unique output vector from each input vector, and vice versa, that is. there is a one-to Reversible circuits synthesis based on exor sum of products of exor sums -one mapping between the input and the output vectors. Historically, the reversible circuits have been inspired by theoretical research in low power eReversible circuits synthesis based on exor sum of products of exor sums
lectronics as well as practical progress of bit-manipulation transforms in cryptography and computer graphics. Interest in reversible circuit is also Reversible Circuits SynthesisBased on EXOR-sum of Products of EXOR-sumsbyLinh Hoang TranA dissertation submitted in partial fulfillment of the require Reversible circuits synthesis based on exor sum of products of exor sums omata, and Low Power Adiabatic CMOS. However, the most important application of reversible circuits is in Quantum Computing.Logic synthesis methodologies for reversible circuits are very different from those for classical CMOS and other technologies. The dissertation introduces a new concept of reve Reversible circuits synthesis based on exor sum of products of exor sums rsible logic circuits synthesis based on EXOR-sum of Products-of-EXOR-sums(EPOE). The motivation for this work is to reduce the number of the multipleReversible circuits synthesis based on exor sum of products of exor sums
-controlled Toffoli gates as well as the numbers of their inputs. To achieve these reductions the research generalizes from the existing 2-lcvcl AND-EReversible Circuits SynthesisBased on EXOR-sum of Products of EXOR-sumsbyLinh Hoang TranA dissertation submitted in partial fulfillment of the require Reversible circuits synthesis based on exor sum of products of exor sums o reversible and pcmiutalivc quantum circuits to synthesize both completely and incompletely specified single-output functions as well as multipleoutput functions.This dissertation describes the research intended to examine the methods to synthesize reversible circuits based on this new concept. The Reversible circuits synthesis based on exor sum of products of exor sums examinations indicate that the synthesis of reversible logic circuits based on EPOE approach produces circuits with significantly lower quantum costsReversible circuits synthesis based on exor sum of products of exor sums
than the common ESOP approach.iiTable of ContentsAbstract.....................................................................iList of Tables........Reversible Circuits SynthesisBased on EXOR-sum of Products of EXOR-sumsbyLinh Hoang TranA dissertation submitted in partial fulfillment of the require Reversible circuits synthesis based on exor sum of products of exor sums DUCTION......................................................11.1Introduction:........................................................11.2Goals:...............................................................4Chapter 2: BACKGROUND AND LITERATURE REVIEW ON BASIC REVERSIBLEGATES........................ Reversible circuits synthesis based on exor sum of products of exor sums ................................................52.1Affine Linear Function:..............................................52.2Reversible Logic Circuit:Reversible circuits synthesis based on exor sum of products of exor sums
............................................62.3Quantum Cost Metric:.................................................92.4POE-terms of the same supportReversible Circuits SynthesisBased on EXOR-sum of Products of EXOR-sumsbyLinh Hoang TranA dissertation submitted in partial fulfillment of the require Reversible circuits synthesis based on exor sum of products of exor sums .................................122.5.22/3 covering criterion:.........................................13Discussion:.............................................................15 Reversible circuits synthesis based on exor sum of products of exor sums Reversible Circuits SynthesisBased on EXOR-sum of Products of EXOR-sumsbyLinh Hoang TranA dissertation submitted in partial fulfillment of the requireGọi ngay
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