资源列表
遗传算法TDOA解决
- 用遗传算法解决通信中的TDOA问题 文件名 program 完成功能 求出在进行account_test次的试验中每一次的最优染色体，并且求出均值MV，和均方误差MSE 文件名 definition_constant( ) 完成功能 对各个常量试验参数进行设定 文件名 main_program 完成功能 完成一次试验的计算 文件名 all_Noise 完成功能 计算TDOA值（由基站所测量的TDOA（受到噪声的干扰）) 文件名 gen_ini_pop_
7z433
- 版本4.33,可以识别rar,zip,tag等多种压缩格式，压缩比超过winrar-version 4.33, can be identified rar, zip, tag and other compression formats, more than WinRAR compression ratio
Nutrualcode
- 关于神经网络算法处理的一些程序。开发环境是C-on neural network algorithms to deal with some of the procedures. C development environment
ga490
- 基于VB开发的遗传算法源程序，但提供的动态链接库文件NN50.DLL在使用时需要注册。 -based on VB source of the genetic algorithm. but the dynamic link library file used in NN50.DLL required to be registered.
一个用于求函数极值的遗传算法程序
- 一个用于求函数极值的遗传算法程序,使用VC++编程.-seek function for a maximum of genetic algorithm, the use of VC.
遗传算法得源代码
- 遗传算法得源代码,不是用MATLAB编得,而是用VC++编程.-genetic algorithm in the source code, instead of being MATLAB, but programming with VC.
matlab有限元工具箱
- 用matlab实现的有限元工具箱，有平面空间梁单元，杆单元，实体单元等。-achieved using Matlab Toolbox FEM, graphic space beam elements, rod elements, entities modules.
queueing4
- N个并列的单通道等待制系统，各服务员能力相等，服务时间服从指数分布，顾客的总体到达服从指数分布，用Monte－Carlo方法，按1…N的顺序循环排入-N tied for the single-channel system, the attendant equal ability, service to follow exponential distribution, customers submit to reach the overall index distribution, Monte-
hpir10
- 最小二乘曲线拟合算法（用最小二乘法求给定数据点的拟合多项式）-least squares curve fitting algorithm (with the least-squares method for the given data points of polynomial fitting)
jlplq0
- 不等式约束线性规划问题求解（可求解不等式约束条件下的线性规划问题）-inequality constraint solving linear programming problems (can be calculated under the conditions of inequality constraints of linear programming)
jmax10
- 一个多维极值求解算法（用连分式法求解目标函数的极值点） 注：to 站长，刚才上传的那个是多维极值求解的，这个是一维求解的，刚才颠倒了，抱歉 -_--a multidimensional Extreme algorithm (even with fractional method objective function of extreme points) Note : to head just upload the extreme that is multi-dimensional solut
jmaxn0
- 一个一维极值问题求解算法（用连分式法求解一维目标函数的极值点）-an extreme one-dimensional problem solving algorithm (with even a fraction method dimensional objective function extreme points)