文件名称:Shubert
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多元多峰函数的优化实例
第10行各变量的上下限改为[-10 10]，原来为[-3 3]；
第25行改为：[Y, I]=min(ObjV) 原来为[Y, I]=min(ObjVSel) 以此将染色体的个体值与shubert()函数值对应起来，原表达式不具有shubert()函数自变量和应变量的对应关系
-Multi-multi-peak function optimization examples of the first 10 lines the upper and lower limits of each variable changed to [-10 10], originally for the [-3 3] No. 25 line changed to: [Y, I] = min (ObjV) the original of [ Y, I] = min (ObjVSel) this will be the individual value of chromosome shubert () function values corresponding to the original expression does not have shubert () function from the variables and should correspond to the relationship between variables
第10行各变量的上下限改为[-10 10]，原来为[-3 3]；
第25行改为：[Y, I]=min(ObjV) 原来为[Y, I]=min(ObjVSel) 以此将染色体的个体值与shubert()函数值对应起来，原表达式不具有shubert()函数自变量和应变量的对应关系
-Multi-multi-peak function optimization examples of the first 10 lines the upper and lower limits of each variable changed to [-10 10], originally for the [-3 3] No. 25 line changed to: [Y, I] = min (ObjV) the original of [ Y, I] = min (ObjVSel) this will be the individual value of chromosome shubert () function values corresponding to the original expression does not have shubert () function from the variables and should correspond to the relationship between variables
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下载文件列表
shubert.m
yj3.m
yj3.m