This paper concentrates on the scheme theorem of integer-coded genetic algorithm. The basis theorem of binary-coded genetic algorithm is scheme theorem. However ,there is not enough research on the scheme theorem of d...This paper concentrates on the scheme theorem of integer-coded genetic algorithm. The basis theorem of binary-coded genetic algorithm is scheme theorem. However ,there is not enough research on the scheme theorem of decimal coded genetic algorithm. We define the corresponding concepts and put forward the corresponding scheme theorem of the integer-coded genetic algorithm referring to the basic concepts of binary coded genetic algorithm.展开更多
遗传算法是由美国密执安大学计算机专家 John Holland 于60年代初首先提出的一种随机优化算法,它是基于自然遗传和自然选择机理的搜索过程,在各门学科中正日益受到关注.本文讨论了遗传算法的基本理论,包括简单遗传算法,有序问题及其解,...遗传算法是由美国密执安大学计算机专家 John Holland 于60年代初首先提出的一种随机优化算法,它是基于自然遗传和自然选择机理的搜索过程,在各门学科中正日益受到关注.本文讨论了遗传算法的基本理论,包括简单遗传算法,有序问题及其解,遗传算法的控制参数以及遗传算法的基本定理--模式定理等等,最后给出了一个实例,具体阐述遗传算法的搜索过程.展开更多
文摘This paper concentrates on the scheme theorem of integer-coded genetic algorithm. The basis theorem of binary-coded genetic algorithm is scheme theorem. However ,there is not enough research on the scheme theorem of decimal coded genetic algorithm. We define the corresponding concepts and put forward the corresponding scheme theorem of the integer-coded genetic algorithm referring to the basic concepts of binary coded genetic algorithm.
文摘遗传算法是由美国密执安大学计算机专家 John Holland 于60年代初首先提出的一种随机优化算法,它是基于自然遗传和自然选择机理的搜索过程,在各门学科中正日益受到关注.本文讨论了遗传算法的基本理论,包括简单遗传算法,有序问题及其解,遗传算法的控制参数以及遗传算法的基本定理--模式定理等等,最后给出了一个实例,具体阐述遗传算法的搜索过程.
