Integration of Irreversible Gates in Reversible Circuits Using NCT Library
Journal Title: IOSR Journals (IOSR Journal of Computer Engineering) - Year 2013, Vol 14, Issue 6
Abstract
The reversible circuit synthesis problem can be reduced to permutation group. This allows Schreier-Sims Algorithm for the strong generating set-finding problem to be used to synthesize reversible circuits using the NCT library. Applying novel optimization rules to minimize the number of gates gives better quantum cost than that shown in the literature. Applications on how to integrate any three irreversible Boolean functions on a single 3-bit reversible circuit will be shown
Authors and Affiliations
Mohamed Osman
Keywords
Related Articles
- EP ID EP162409
- DOI -
- Views 121
- Downloads 0
A Critical Appraisal of e-Governance Service with special reference to Rajasthan Land Records
Abstract: Over the years, with influx of e-Governance movement in India, numerous ingenious initiatives have been conceptualized to strengthen ICT services in the country and to channelize the changes enabling technology...
Providing The Security Against The DDOS Attack In Mobile AdHoc Networks
Abstract: The extensive applications of Mobile ad hoc networks are in civilian and military. In the MANETsnodes are joining to any point and leave the network at any point of time. This generic characteristic of MA...
Socio Media Connect: A Social Profile based P2P Network
Abstract: It is observed that users tend to like and follow a particular type music/movies based on their socialinterests. Users like music of particular artists, album; movies/TV shows of a particular actor, direc...
The effect of Encryption algorithms Delay on TCP Traffic overdata networks
Abstract: Security is a big concern for data networks users. Data encryption considered to be one of the bestsolutions for security issues. There are some standard encryption algorithms that used to encrypt transfe...
An EfficientHybrid Push-Pull Based Protocol for VOD In Peer-to-Peer network
Abstract : Video-on-Demand is a service where movies are delivered to distributed users with low delay and free interactivity. The traditional client-server architecture experiences scalability issues to provide vi...