多目标优化算法

简易时钟，MATLAB界面开发程序源代码，产生一个显示时间的界面(clock produce a small program in order to see the time )

结合多智能体的学习、协调策略及粒子群算法，提出了一种基于多智能体粒子群优化的配电网络重构方法。该方法采用粒子群算法的拓扑结构来构建多智能体的体系结构，在多智能体系统中，每一个粒子作为一个智能体，通过与邻域的智能体竞争、合作。能够更快、更精确地收敛到全局最优解。粒子的更新规则减少了算法不可行解的产生，提高了算法效率。实验结果表明，该方法具有很高的搜索效率和寻优性能。(Combining the study of multi-agent technology，coordinating strategies with P$O，a Multi-Agent Particle Swarm Optimization(MA-PSO)algorithm is presented to handle distribution network reconfiguration problem．It applies Von Neuman architecture of Particle Swarm Optimization algorithm to the composition of multi-agent system．An agent in MA-PSO represents a particle to PSO and a candidate solution to the optimization problem．In order to decrease fitness value quickly，agents compete and cooper-ate with their agent of neighboring area．Making use of these agent—agent interactions，MA—PSO realizes the purpose of minimizing the value of objective function．The rules of particle renovating reduce unfeasible solution in the process of particle renovating，which raises the algorithm efficiency satty．The experiment results indicate the prominent efficiency and significant global optima searching performance of MS—PSO．)

卡尔曼滤波的滤波器，是卡尔曼滤波算法的主要部分(Kalman filter filter, which is the main part of the kalman filtering algorithm)

改进FAST-ICA采用3阶牛顿进行迭代，收敛速度更快(Improvements of the FAST-ICA order 3 Newton iterations, convergence is faster)

I forgot the name of codes

关于最小频移键控的五篇很好的文章：GMSK调制信号的仿真.caj，MSK数字化调制解调技术研究.nh，最小频移键控系统实现技术的仿真研究(1).caj，最小频移键控系统实现技术的仿真研究.caj，最小移频健控信号的特点分析.caj(Minimum Shift Keying on the five good article: GMSK modulation signal simulation. Caj, MSK modulation and demodulation of digital technology research. Nh, Minimum Shift Keying System Simulation Technology (1). Caj, the smallest Frequency Shift Keying System Simulation Technology. caj, the smallest frequency shift Keying signal characteristics analysis. caj)

这是随即信号处理中的有关应用，是一个脉冲多普勒雷达的matlab 仿真(This is the aplication of random signal )

在虚拟仿真环境下进行了几种不同规格零件的抓取试验。在ADAMS中进行仿真试验设置，创建传感器及仿真脚本命令，对两种规格零件进行了抓取试验分析，进一步验证结构设计的正确性及合理性。(the capture of several parts with different specification test was carried out in a virtual simulation environment. To further verify the correctness and the reasonable of the structural design, in ADAMS simulation test, the crawled test and analysis was done for two specifications of parts with the creating of command script and sensor.)

脑解剖区域的分割是医学图像分析中的基本问题。这项工作的目的是设计一个可以使用磁共振图像数据集进行脑肿瘤定量化的自动工具。脑肿瘤分割方法已在2D和3D MRI数据分割被开发和验证。这种方法不需要任何初始化，然而，其它的方法则需要在肿瘤内部进行初始化初始化。用这个方法，在完成手动分割程序的肿瘤识别后，调查了MRI数据用于改善脑肿瘤的形状近似和二维和三维可视化的手术规划和评估肿瘤的可能性。手术计划

matlab编的人工鱼群算法程序，已经编译通过，非常优秀的算法，希望大家改进应用到实践中去(matlab code of the artificial fish school algorithm procedure has been compiled by a very good algorithm, I hope we improve the application in practice)