SWIII

利用Matalb为工具，以粒子群算法来优化bp网络程序。 (Use Matalb as a tool to PSO to optimize the bp network program.)

此为机器人模糊控制中的模糊控制规则，在模糊控制中加入此模糊控制规则，可得到仿真(This is the robot fuzzy control fuzzy control rules, fuzzy control fuzzy control rules by adding this can be obtained simulation)

电力系统工具的源文件，主要是包括了电力系统中交直流互联系统的模型，包括四机两区域(Simple and bacterial foraging optimization algorithm, mainly used for the optimization of the PID control, and can be run directly)

数模2015A题程序设计，给定影子长度计算所在位置的经纬度。(MCM 2015A The program design of digital and analog question 2015A calculates the longitude and latitude of the position given the shadow length.)

独立向量分析。是独立分量分析的一种扩展算法，可以用于信号卷积混合。(Independent vector analysis. Is an extension of the independent component analysis algorithm can be used for mixed signal convolution.)

辛普森二维积分的数值计算方法,运用c++程序进行编写 (numberical analysis)

Bjarne Stroustrup的课后练习 1. Stroustrup, Chapter 17, Questions 11 and 13, Page 624–625. 2. Stroustrup, Chapter 19, Question 4, Page 709.(1. Stroustrup, Chapter 17, Questions 11 and 13, Page 624–625. 2. Stroustrup, Chapter 19, Question 4, Page 709.)

无线通信中的优化技术，原书，通过对现有已运行的网络进行数据分析、现场测试数据采集、参数分析、硬件检查等手段，找出影响网络质量的原因，并且通过参数的修改、网络结构的调整、设备配置的调整和采取某些技术手段。(Optimization of wireless communications technology by Sergiy A. Vorobyov and Yonina C. Eldar, the original book, through the existing network has been in operation for data analysis, field test data acquisition, parameter analysis, hardware checks and other means to identify the factors affecting the quality of the network, and by modifying the parameters of the network structural adjustment, and the adjustment device configured to take certain technical means.)

Saliency-Tree-A-Novel-Saliency-Detection-Framework的原文以及源码，是一篇高引论文(the source code and the original text of the article of Saliency-Tree-A-Novel-Saliency-Detection-Framework，its Reference is very high.)

结合PCA的尺度不变特征变换(SIFT)算法，双向PCS控制仿真，使用matlab实现智能预测控制算法。( Combined with PCA scale invariant feature transform (SIFT) algorithm, Two-way PCS control simulation, Use matlab intelligent predictive control algorithm.)