CAVERN

基于模糊数学的模识别，，程序比较实用，，希望对大家有帮组(Model identification based on fuzzy mathematics, the program more practical, we hope to have help group)

利用BPSK, DBPSK, QPSK, OQPSK, 16QAM, PAM， 信号进行基带，通带调制解调，分析频域，时域波形，误码率等(Using BPSK, DBPSK, QPSK, OQPSK, 16QAM, PAM for modulation and demodulation. Analyzing the spectrum, wave forms, and bit error rate )

介绍滤波器的性能 帮助我们更好理解滤波器的各种性能 能够更好的设计(Introduction filter performance help us better understand the filter performance can better design)

采用改进的K最近邻算法对混沌时间序列进行预测(The improved K-nearest neighbor algorithm to predict chaotic time series)

Training matlab simulink

对于原始图像中只含有较少的高频噪声，采用合适的小波分解洗漱阈值量化方法进行去噪(For the original image only contains less high frequency noise, the use of appropriate wash wavelet thresholding denoising method)

说明：  这是BPSK误码率计算的仿真文件，可以直接运行(This is the bit error rate of BPSK simulation files can be run directly)

简单的Dijkstra求最短路的MATLAB程序，很好用，对于两点之间最短距离。(Dijkstra' s shortest seek simple MATLAB program, useful for the shortest distance between two points.)

利用重力剖面反演水平圆柱的边界及位置，程序抗干扰能力较差，模型计算加入噪音严重影响结果，但可作为算法参考并加以改进。(Tilt-Depth for gravity profile over horizontal cylinder)

particle filter example using matlab