Sep

佛洛依德算法的matlab实现，可求任意两点间的最短距离(Freud algorithm matlab realize, arbitrary rectifiable the shortest distance between two points)

M序列的matlab实现，M序列算法，系统辨识用到的，(Matlab realization of M sequences, M sequences algorithm, system identification is used,)

说明：  一个在智能天线技术里的波束形成算法(A smart antenna technology in the beamforming algorithm)

这是用MATLAB GUI 做的生命游戏 life game 细胞自治机 很好用 直接运行就可以(This is done with a MATLAB GUI cells self-life game life game machine can run very well with direct)

GADS的用户手册英文版资料，原版读起来也许收获更大 我认为是这样(GADS(Genetic Algorithm and Direct Search Toolbox) data users tutorials, original read more I think maybe this is the harvest)

说明：  上海交通大学matlab与simulink讲义 总体感觉还不错，对于初学simulink还是很有意义的。(Shanghai Jiaotong University, matlab and simulink lecture feeling pretty good overall, for beginners simulink makes sense.)

用ksvdbox12来构造反映源语音特性的稀疏过完备基示例。训练信号为两个说话人的语音信号。(Use the ksvdbox12 to construct sparse over-complete basis reflecting the characteristics of the training signals. Training signals used in the example are speech signals of two speakers.)

程序代码说明 P0401：用Prewitt算子检测图像的边缘 P0402：用不同σ值的LoG算子检测图像的边缘 P0403：用Canny算子检测图像的边缘 P0404：图像的阈值分割 P0405：用水线阈值法分割图像 P0406：对矩阵进行四叉树分解 P0407：将图像分为文字和非文字的两个类别 P0408：形态学梯度检测二值图像的边缘 P0409：形态学实例——从PCB图像中删除所有电流线，仅保留芯片对象(Procedure Code Description P0401: detection using Prewitt operator Edge P0402: σ values with different operator LoG edge detection image P0403: detection using Canny operator Edge P0404: Image Thresholding P0405: thresholds for water line image segmentation method P0406: for the matrix decomposition quadtree P0407: text and images are divided into two categories of non-text P0408: detection of morphological gradient of the edge binary image P0409: morphological examples- from the PCB to remove all images current lines, retaining only the target chip)

For beginners with a reference value, Rotating machinery 2-d holographic spectrum calculation, Chaos-based simulated annealing algorithm.

matlab 仿真程序可用于kalman滤波应用。( INTRODUCTION This example simulates distributed control of a DC-servo. The example contains four computer nodes, each represented by a TrueTime kernel block. A time-driven sensor node samples the process periodically and sends the samples over the network to the controller node. The control task in this node calculates the control signal and sends the result to the actuator node, where it is subsequently actuated. The simulation also involves an interfering node sending disturbing traffic over the network, and a disturbing high-priority task executing in the controller node)