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
针对航空母舰飞行甲板上舰载机弹药保障面临的调度效率不高的问题,提出了一种改进灰狼优化(grey wolf optimizer, GWO)算法。根据甲板上多升降机多运输车的场景特点,建立了由多车场出发、向多目标转运的问题模型。融合遗传算法算子交叉...针对航空母舰飞行甲板上舰载机弹药保障面临的调度效率不高的问题,提出了一种改进灰狼优化(grey wolf optimizer, GWO)算法。根据甲板上多升降机多运输车的场景特点,建立了由多车场出发、向多目标转运的问题模型。融合遗传算法算子交叉思想实现了对灰狼种群初始解的初步优化,并通过直线转运路径中间点定义、整数编码、负整数标志分组等方法实现了对GWO算法求解过程的改进。同时,增加了灰狼个体自由狩猎流程,有效克服了结果陷入局部最优和早熟的问题。最终,通过对场景实例的优化求解,验证了所提方法的有效性和可行性。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.
文摘针对航空母舰飞行甲板上舰载机弹药保障面临的调度效率不高的问题,提出了一种改进灰狼优化(grey wolf optimizer, GWO)算法。根据甲板上多升降机多运输车的场景特点,建立了由多车场出发、向多目标转运的问题模型。融合遗传算法算子交叉思想实现了对灰狼种群初始解的初步优化,并通过直线转运路径中间点定义、整数编码、负整数标志分组等方法实现了对GWO算法求解过程的改进。同时,增加了灰狼个体自由狩猎流程,有效克服了结果陷入局部最优和早熟的问题。最终,通过对场景实例的优化求解,验证了所提方法的有效性和可行性。
