TSP

Algorithm that solves the Multiple Travelling Salesman Problem (MTSPv). This algorithm calculates the optimal number of salesman

File that simulate power systems

说明：  粒子滤波原程序，有说明，对初学者很有用，做毕业设计用到的程序，保证可用(particle filter)

利用粒子群算法实现多边形的找圆心问题，对凸多边形适用。使用简便。(Particle swarm algorithm to find the center of the polygon problem, convex polygon apply. Easy to use.)

自适应并行陷波器,采用了陷波器的并行结构(adaptive lms)

这是一个处理affy mitochip v2的芯片封装套件。它将提供SNP的电话，来电异质性，以及mitochip数据质量评估。最小样本数为20或以上的无偏产生的结果。(This is a wrapper suite for processing affy mitochip v2 chip. It will provide snp calls, heteroplasmy calls, as well as quality evaluation for mitochip data. MIn sample size will be 20 or above to produce a unbiased result. )

optimal function variable

基于协方差的车辆检测,用协方差矩阵为描述子，检测图片中的汽车或者卡车(Covariance matrix Vehicle detection)

时间序列预测模型，适合各种数据预测分析，对于数模爱好者十分好用(Time series prediction model for a variety of data to predict, very easy to use for digital-to-analog lovers)

This paper presents the simulation of a simple First Order plus Delay Time (FOPDT) process model using advanced control algorithms. Specifically, these advanced algorithms are the IMC-based PID controller, the Model Predictive Controller (MPC) and the Proportional-Integral-Plus Controller (PIP) and their performance is compared with the conventional Proportional – Integral – Derivative (PID) algorithm. The simulations took place using the Matlab/Simulink™ software.