Titlebook: Reversible Computation; 9th International Co Iain Phillips,Hafizur Rahaman Conference proceedings 2017 Springer International Publishing AG

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BILIO

Controlled and Uncontrolled SWAP Gates in Reversible Logic Synthesised Fredkin gate requires five 2-qubit elementary quantum gates, the same as that required for realizing a positive-controlled Fredkin gate. We also propose and evaluate the performance of a synthesis approach using SF gates for realizing conservative reversible functions. Our result shows that circu

Traumatic-Grief

A Method to Reduce Resources for Quantum Error Correctionlamme to be five. Due to the presence of multi-control gates in the circuit block for a 5-qubit QECC, this block cannot be readily implemented with present day technology. Further, the fault-tolerant decomposition of the QECC circuit block requires a large number of quantum logic gates (resources).

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labile

Automatic Test Pattern Generation for Multiple Missing Gate Faults in Reversible Circuits proven beneficial for the design of encoding/decoding devices. Testing of circuits has been a major concern to verify the integrity of the implementation of the circuit. In this paper, we propose the main ideas of an ATPG method for detecting two missing gate faults. To that effect, we propose a sy

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negligence

An ESOP Based Cube Decomposition Technique for Reversible Circuitssible circuit synthesis algorithm to check its efficiency. Results indicate that there is a reduction in quantum cost of several benchmark circuits when compared to the known ESOP based synthesis algorithms.

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真實(shí)的人

sacrum

REVS: A Tool for Space-Optimized Reversible Circuit Synthesismaller memory footprint when compared to the Bennett method. Our method is based on an analysis of the data dependency graph underlying a given classical program. We report the findings from running the tool against several benchmarks circuits to highlight the potential space-time tradeoffs that REVS can realize.