Titlebook: Design and Testing of Reversible Logic; Ashutosh Kumar Singh,Masahiro Fujita,Anand Mohan Book 2020 Springer Nature Singapore Pte Ltd. 2020

aspect

Foundations of Constructive Mathematicsof attaining low power consuming design techniques breeds the concept of reversible circuit design. One such computing paradigm that enforces reversibility in design architecture is quantum computation. Since a couple of years, several researches are going to make the reversible designs improved fur

連鎖,連串

Dry Eye Disease: A Modern History and the difference of logic synthesis methods for general CMOS circuits and reversible circuits are clarified. Then logic synthesis methods for reversible circuits based on exhaustive search, repetition of local circuit transformations, Binary Decision Diagram (BDD) based approaches, SAT-based meth

Certainty

https://doi.org/10.1007/978-3-030-25335-6 of reversible circuits using its Positive-Polarity Reed–Muller (PPRM) expansions is presented in this chapter. The proposed algorithm used Hamming Distance (HD) approach to select the transformation path. A variety of reversible gates are selected through finding the possible matching reversible ga

adumbrate

sparse

招惹

On the Complexity of File Allocation Problemn be categorized into two behavioral schemes: (i) Online testing, where the detection of faults within the circuit is carried out during its operation, (ii) Offline testing, where test vectors are applied after extracting the circuit out from its normal operation and the correct output values are kn

Blanch

東西

Mathematical Foundations in Visualizationed models for quantum computation are quantum dot cellular automata (QCA). The molecular QCA has the tendency to high error rates. In case of molecular quantum dot cellular automata, the main objective of circuit design is the reduction of circuit area with wanted functional behavior. In this articl

committed

Foundations of Data Visualizationt and powerful computational technology called “quantum computing”. But physical implementation of these circuits considers the nearest neighbor qubit interaction as the desirable one otherwise a computational error can result. Realization of such an architecture in which qubit interacts only with i

可能性

G. Elisabeta Marai,Torsten M?llerA), which are called as quantum circuits. The router is a predominant device in the modern communication era. The router is expected to perform faster with minimum area requirement and power consumption. In this paper, a nano router is designed in reversible logic and it is realized in quantum cellu