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Analysis of Quantum-Inspired Evolutionary Algorithm

机译:量子启发式进化算法分析

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摘要

This paper extends the author's previous works on quantum-inspired evolutionary algorithm (QEA). It investigates the characteristics of QEA which is based on the concept and principles of quantum computing such as quantum bit and linear superposition of states. QEA has many advantages such as automatic balance ability between global search and local search, inclusion of individual's past history, having fewer individuals without degrading performance, less computation time, and clearer termination-condition. The experimental results on the knapsack problem are presented to verify these characteristics of QEA.
机译:本文扩展了作者先前关于量子启发式进化算法(QEA)的工作。它基于量子计算的概念和原理,例如量子位和状态的线性叠加,研究了QEA的特性。 QEA具有许多优势,例如在全局搜索和本地搜索之间实现自动平衡的能力,包含个人的过去历史,拥有较少的不降低性能的个人,较少的计算时间以及更清晰的终止条件。提出了背包问题的实验结果,以验证QEA的这些特征。

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