… and quantum computing strengths, quantum-enhanced machine learning, and superior
simulations. As quantum computing … of integrating quantum computing into reliability analysis: …

… reliable quantum computing. In this article, we adapt and extend the reliability polynomial,
originally introduced by Moore and Shannon, for quantum circuits and gates. We introduce the …

… of potentials of the quantum computing (QC) for power system reliability assessment by … :
1) an innovative quantum model designed for reliability assessment; 2) a quantum circuit that …

… quantum computing is most likely to contribute to renewable energy problems: in simulation,
in scheduling and dispatch, and in reliability analyses… that quantum computing may address. …

… speed-up and better convergence over the classical MCS-based power system reliability
analysis. Classical MCS mainly includes three steps: first, the uncertain parameters should be …

… method based on the quantum computing theory, which samples all … a quantum computing
theory based on reliability assessment technique and its modeling approach for the reliability …

… estimate the reliability, which is measured with success rates or inference strength, we treat
the NISQ quantum computer as a black box. We use several quantum circuit characteristics …

… error detection and correction can be applied to enhance reliability of quantum … quantum
error detection and correction as applied to enhancing quantum computational reliability …

… until quantum computers have several thousands of qubits. Consequently, near-term quantum
computers … to run two programs of same or di erent sizes with minimal impact on reliability. …

… , the idea of quantum computing (QC) is introduced in power system reliability evaluation to
… : 1) the innovative development of a quantum model for reliability assessment; 2) achieving …