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Showing 1 to 2 of 2 for “"Gate execution time"”.

  1. EFFICIENT APPROACHES FOR QUBIT MAPPING ON NISQ COMPUTERS

    … which necessitates the use of quantum SWAP gates to dynamically transform the logical topology during execution. In addition, to optimize fidelity, it is essential to ensure that 1) the allocated hardware has a low error rate and 2) the number of SWAP gates injected into the circuit is …

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  2. Enhancing Fidelity through Gate Decomposition: A Strategy to Mitigate Quantum Crosstalk on NISQ Computers

    … affect neighboring qubits, leading to errors in gate fidelity and quantum computations. This phenomenon poses a major obstacle to the realization of fault-tolerant quantum computers. In this paper, we proposed a partial gate decomposition (PGD) method, which involves dissecting CNOT gates into …

    kennesaw Repository record for Enhancing Fidelity through Gate Decomposition: A Strategy to Mitigate Quantum Crosstalk on NISQ Computers (opens in a new tab)