tongzhoukaicao

This the free version of my Basis of AI Backprop designed to accompany my not yet published textbook, _The Basis of AI_. This program contains enough features for students in an ordinary AI or Neural Networking course. It includes the quickprop and delta-bar-delta algorithms for faster training and a fast integer version for machines without floating point hardware. This particular package includes C source for DOS and UNIX, examples, an ASCII manual and a number of DOS binaries. The binaries are for systems with floating point hardware (bp.exe), one for systems without floating point hardware (bp486sx.exe) and an integer version binary (ibp486sx.exe) for systems without floating point hardware.

文件名：C-C法计算时间延迟和嵌入维数 C-C法计算出相空间重构的时间延迟和嵌入维数 文件名：dingyi_lyapunov 采用定义法计算lyapunov指数 文件名：fencha 求lorenz系统分岔图（采用区域最大值法） 文件名：m_test 求解嵌入维数m 文件名：pinghengdian 求lorenz系统在某一系数下的平衡点，并求出特征值 文件名：poincare 求lorenz系统的poincare截面 文件名：PSD 求lorenz系统的功率谱 文件名：tau_test 相空间重构时间延迟求解 文件名：time_test lorenz系统时域分析，相平面图 文件名：wolf_lyapunov wolf法求解lyapunov指数（需要配合求解m和嵌入时间延迟t使用） 文件名：xiao_shuju 小数据量法求解lyapunov指数 文件名：zheng_jiao 正交法求lyapunov指数谱(choastic time series analysis)

qpsk调制下的ofdm MATLAB仿真程序(qpsk of ofdm about MATLAB )

matlab code for space time encoding

用matlab做的单相boost PFC的仿真模型，功率11K，采用PI双闭环数字控制方法，波形较好。(Using matlab to do the simulation model of single-phase boost PFC power 11K PI double closed-loop digital control method, the waveform is better.)

说明：  动态监测程序，采用matlab实现，帧间差分。(Dynamic monitoring procedure)

此程序为CDMA的MATLAB仿真程序，在不同扩频码和路径下的仿真，对学习CDMA者有一定帮助(This program of MATLAB simulation program for the CDMA, the different spreading code and path of the simulation, those who have some learning to help CDMA)

get the entropy of french book

说明：  三机九节点暂态稳定分析 现代电力系统分析(Three-machine nine nodes in transient stability analysis of modern power system analysis)

基于纹理的形状恢复和纹理的应用,利用离散小波框架模极值共生距阵的分类算法，能够很好的修得复大块缺损的图像(Based on the shape and texture, using the texture application framework of discrete wavelet modulus maximum symbiosis of classification algorithm is very good, can you answer large defect image)