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本源码提供二进制编码的遗传算法对多层膜的优化，已经通过编译。-source for the binary coding of the genetic algorithm optimization of multilayer has passed compiler.
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实现一个函数的数值优化的遗传算法源代码，采用二进制编码实现，里面有详细的说明，非常适合初学者！-achieve a numerical optimization function of the genetic algorithm source code, binary coding achieved, There are detailed explanations, very suitable for beginners!
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The simple class for real-numbers genetic algorithm. The main advantage of this realisation is a lot of crossover functions. Simple, Arithmetic, Geometry, Discrete, Binary Crossover, Blend Crossover (BLX) are implemented.
Class useful for numerical
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利用遗传算法求解函数极值， 主程序是对函数f(x,y)=x2+y2（-1<x<1,-1<y<1）求解最小值。decod.m 为子函数，实现二进制编码到十进制数的转换功能-Use of genetic algorithm for function extremum, the main program is the minimum value of the function f (x, y) = x2+ y2 (-1 <x <1,-1 <y <1) s
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Reconstruction of hv-convex binary images from two tomographic projections by genetic algorithm
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遗传算法 二进制编码 可以分析阵列天线等多目标的优化问题-Binary-coded genetic algorithm optimization problems can be analyzed, such as multi-target array antenna
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基于遗传算法的最小生成树算法很好解决了常用二进制编码不能正确表达最小生成树的问题，其优点是：求解过程简单清晰，形象直观，快速有效，易于编程，且具有更广泛的适用性，在求解多节点网络的最小生成树时更能体现其计算速度快的优越性。-The minimum spanning tree algorithm based on genetic algorithm is very good to solve the common binary code that can not correctly express
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遗传算法计算二元函数的极值问题,值得研究，与其他算法比较-a genetic algorithm is given to solve a simple binary function’s extremum problem.
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THIS A MATLAB CODE WITH GENETIC ALGORITHM.I WROTE IT FOR CROSSOVER OPERATOR IN GENETIC CODE IN MATLAB-THIS IS A MATLAB CODE WITH GENETIC ALGORITHM.I WROTE IT FOR CROSSOVER OPERATOR IN GENETIC CODE IN MATLAB
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应用遗传算法来求得多次遗传之后的二元函数最大值-Application of genetic algorithm to obtain the maximum value of a binary function after multiple genetic
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