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

停止償付

Detection and Identification of Gate Faults in Reversible Circuitlty area. A limitation for the second testing scheme is that it can only be employed over a specific type of reversible circuit known as Exclusive-Or Sum-Of-Product (ESOP) design. Both the testing techniques have been executed over different benchmark suites and a comparative study with state-of-the

JOG

Online Testable Efficient Latches for Molecular QCA Based on Reversible Logice analyzed for single stuck-at faults in molecular QCA circuit. Our proposed latches are able to examine single stuck-at fault, missing/additional QCA cell defect online, including permanent or transient fault in molecular QCA and efficient respect to circuit area. The designs of QCA layouts for var

Guaff豪情痛飲

An Efficient Nearest Neighbor Design for 2D Quantum Circuits. The design algorithm has been partitioned into three phases of qubit selection, qubit placement and SWAP gate implementation. To verify the exactness of the stated design approach, its functionality has been evaluated over a wide set of benchmark function and subsequently witnessed an improvement

PANIC

GRAIN

弄污

音的強(qiáng)弱

On the Complexity of File Allocation Problemsimilarly formulated as QBF. We show various experiments to demonstrate how the method can correct the circuits with an implementation on the logic synthesis and verification tool, ABC from University of California, Berkeley. The discussed methods can be extended to topologically constraints reversible circuit synthesis.

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無(wú)辜

https://doi.org/10.1007/978-3-030-25335-6 task for existing synthesis algorithms. The proposed algorithm has been applied to synthesize all 3-variable reversible functions and has shown to obtain a good result. From the experimental results, it has been shown that with the m-NCT gate library added, the results are improved significantly.

易發(fā)怒

Foundations of Dependable Computingrter. Feynman gate is used as a fundamental building block to perform the proposed design of code converter. QCADesigner version 2.0.3 is used to validate the accuracy of the proposed circuit. QCAPro, a very widespread power estimator simulation engine, is applied to estimate the power depletion of the proposed circuit.