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[Other resourceGA-min

Description: 遗传算法进行优化求多元函数 (Griewank Function)最小解问题-genetic algorithm optimization for multi-function (Griewank Function) Minimum solutions to the problems
Platform: | Size: 1878 | Author: 林言 | Hits:

[source in ebookGA-min

Description: 遗传算法进行优化求多元函数 (Griewank Function)最小解问题-genetic algorithm optimization for multi-function (Griewank Function) Minimum solutions to the problems
Platform: | Size: 2048 | Author: 林言 | Hits:

[matlabStandard-GA-for-min-value

Description: 遗传算法应用实例,求解函数的最值,及一些改进-Genetic algorithm applications, solve the function of the most value, and some improvement
Platform: | Size: 782336 | Author: 何小攀 | Hits:

[AlgorithmGA

Description: 基于遗传算法的函数极值求解,就是通过遗传算法求解函数极大极小值-use the GA algorithm to get the min or max vaual of the function
Platform: | Size: 257024 | Author: 李斯定 | Hits:

[Software Engineeringweka

Description: tspData <- read.csv( D:\\weka\\hw\\TSP.csv , header = T, sep = , ) #tspData <- `colnames<-`(tspData,c(1:8)) D <- as.matrix(tspData) tourLength <- function(tour, distMatrix) { tour <- c(tour, tour[1]) route <- embed(tour, 2)[, 2:1] sum(distMatrix[route]) } tpsFitness <- function(tour, ...) 1/tourLength(tour, ...) GA.fit <- ga(type = permutation , fitness = tpsFitness, distMatrix = tspData, min = 1, max = 8, popSize = 10, maxiter = 500, run = 100, pmutation = 0.2, monitor = NULL) summary(GA.fit) -tspData <- read.csv( D:\\weka\\hw\\TSP.csv , header = T, sep = , ) #tspData <- `colnames<-`(tspData,c(1:8)) D <- as.matrix(tspData) tourLength <- function(tour, distMatrix) { tour <- c(tour, tour[1]) route <- embed(tour, 2)[, 2:1] sum(distMatrix[route]) } tpsFitness <- function(tour, ...) 1/tourLength(tour, ...) GA.fit <- ga(type = permutation , fitness = tpsFitness, distMatrix = tspData, min = 1, max = 8, popSize = 10, maxiter = 500, run = 100, pmutation = 0.2, monitor = NULL) summary(GA.fit)
Platform: | Size: 2048 | Author: peipei | Hits:

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