Survey the Inverse Property of Quantum Gates for Concurrent Error Detection
Bahram Dehghan · 2013
Reversible logic gates are extensively known to be compatible with future computing technologies which approximately dissipate zero heat. Concurrent Error Detection (CED) is very noticeable and widely utilized to enhance system dependability. All the inputs can be reproduced at the outputs, by utilizing the inverse property of reversible logic. Hence, by comparing the original inputs with the reproduced inputs, the errors in reversible circuits can be detected. The focus of this paper is on introducing inverse property of reversible logic gates. Also, some well-known reversible logic gates with their inverse characteristics are described. Results have been confirmed by the truth table. Finally, the proposed structures significantly show the sample circuits design for Concurrent Error Detection.