signal

FPEXTRACTDEMO 指纹特征提取演示程序 一个完整的指纹特征提取程序。包括常用的所有算法... 选项： - Centralize: 二值化图像，计算中心点 - Crop: 图像修剪 - Sectorize: 可视化扇形 - Normalize: 归一化输入图像 - Gabor filters: 可视化Gabor滤波器 - Convolute: 计算输入图像和Gabor滤波器的convolution - Features: 特征可视化 - FingerCode: 在数据库中加入该指纹 - Check: 指纹匹配(Fingerprint Feature Extraction FPEXTRACTDEMO demo program a complete fingerprint feature extraction procedures. Including all the algorithms commonly used options ...:- Centralize: binary image, Center Point- Crop: image pruning- Sectorize: Visualization fan- Normalize: normalized input image- Gabor filters: Visualization Gabor Filter- Convolute: Calculation of the input image and Gabor filter convolution- Features: Characteristics of visualization- FingerCode: in the database to join the fingerprint- Check: Fingerprint matching)

基于混沌的模拟退火算法，计算机的优化算法，是毕设的内容(Chaotic simulated annealing algorithm, the computer algorithm is complete contents of set)

模拟时钟30秒，非常漂亮的界面，实时读取准确时间(Analog clock for 30 seconds, a very beautiful interface, real-time read accuracy)

说明：  在MATLAB平台上，编译自适应算法的M文件，进行系统仿真，并对滤波器的阶数、收敛步长、跟踪速度和稳态误差进行了详细的分析和研究。( On the MATLAB platform, the M file is written and system simulation experiment is put on. The main parameters such as number of filter exponent, step-size, track-speed, errors and so on are discussed, that provided a solid foundation for the hardware realization of adaptive filters.)

this is all image which is use in angular learning project so i cannot find any platform or directory regarding images so i put in html in platform and web in directory

基于两步加权最小二乘的多站时差辐射源定位算法(Two-stage weighted least squares source location)

解码器，利用差错控制算法解汉明码，BCH码等多种码字(Decoder, error control algorithm using Hamming Code, BCH Code and other code words)

说明：  布朗BrownM代码，MATLAB仿真算法(BrownM代码)

分形研究的若干问题及动向，对于研究不规则信号有一定的帮助(The fractal research issues and trends , some help for the study of irregular signals )

车间调度用该程序模拟，这是软件在实际问题中的应用体现，展示了软件的广泛应用性 (Shop scheduling simulation with the program, which is the software application in practical problems in the embodiment, showing the extensive application of the software)