pso

机器人机械手臂的运动状态仿真软件。根据输入的变量能得到输出量。(The simulation of the Kinematic status of the robot movement.)

关于PID算法的基于matlab的simulink下的仿真，很好的资料，可以快速的帮助设计PID参数。(Under the simulink simulation matlab based on good information about the PID algorithm can quickly help design PID parameters.)

Generates a D-Optimal design of experiments using a row-exchange algorithm as opposed to a coordinate-exchange algorithm.

应用随机过程教程及在算法和智能计算中的随机模型，清华大学出版社，龚光鲁，钱敏平著。(Tutorial and the application of random process algorithm and intelligent computing of the stochastic model, Tsinghua University Press, Gong Lu, Qian Min-Ping book.)

本书提供一些matlab程序代码,能为初学者提供很好的例子(This book provide lots of code of matlab and good example for beginners.)

说明：  超宽带通信系统相关程序，包括脉冲成形，系统仿真等。(uwb/matlab/pulse shape/simulink/gaussian)

说明：  简单的Grid Search法，是与斐波那契、黄金分割、二分法相比较最简单的求最小值的方法(simple grid search method)

原上载过一个LMSTDE，适用于两个信号在时域上不重叠，而本程序的两个信号在时域上重叠的，并以正弦波作为例子加以说明，求出延迟时间。(The original upload a LMSTDE, apply to the two signals, which in the time domain do not overlap, and this process two signals are overlapped in time domain and a sine signal as an example, is calculated for delay time.)

介绍了构造均匀设计表的好格子点算法与生成原理，以中心化偏差为均匀性测度，使用MATLAB编写了生成中心化偏差值最小的均匀设计表的计算机通用程序，通过与文献比较，验证了程序的正确性，得到了更多的均匀设计表(The principle and good lattice points designing uniform design table are introduced，the general MATLAB programs for uniform design table are proposed base on searching the minimum of uniform design table s centered L2-discrepancy. The results shows that the programs are right by comparison of the others.)

该系统使用极其简便，即使 你对各种网络模型不是很深刻的了解，也可以很好的使用该系统。使用时， 你可以自己修改网络的各种参数，交互性较好，而且该系统通过大量的图示 及参数设置，可以让你了解每个应用实例实现的过程及详细步骤。(The system is extremely easy to use, even if you have to various network model is not very profound understanding can be a good use of the system. When used, you can change the network's own parameters, interactive better, but the system through a lot of icon and parameter settings, so you can understand each application process and the realization of detailed steps.)