mc1

系统辨识算法matlab 自动提供输入输出功能 自动辨识(system identification algorithm for automatic Matlab functions of the input and output automatic identification)

segmentation d une image par methode de classification

设计一个阻带下限0.45*pi 阻带上限0.8*pi 通带下限0.55*pi 阻带上限0.7*pi 通带衰减0.15dB，阻带衰减40dB，分别用汉宁窗汉明窗凯瑟窗布莱克曼窗设计滤波器，对比分析各方法优劣(Design a stop-band limit 0.45* pi stopband limit 0.8* pi Passband lower limit 0.55* pi stopband limit 0.7* pi Passband attenuation 0.15dB, stop-band attenuation of 40dB, respectively Hanning Hamming window Kaiser window Blackman window filter design, comparative analysis of the pros and cons of each method)

说明：  基于物理光学透镜成像原理，利用MATLAB语言编写了仿真程序，制作了GUI界面。(Based on the imaging principle of physical optical lens, the simulation program is written in MATLAB language, and the GUI interface is made.)

基于线性预测FIR自适应滤波器的语音增强算法(FIR adaptive filter based on linear prediction algorithm for speech enhancement)

融合边缘与区域的水平集分割算法，分割效果优于单独的模型 (Integration of edge and region level set segmentation algorithm, the split is better than a separate model)

捷联惯导仿真程序MATLAB源代码，能帮助大家了解捷联惯导原理(SINS MATLAB simulation program source code, can help you understand the principles of the SINS)

Author: Fahd Ahmad Abbasi Summary: Matches two pictures given as arguments. MATLAB Release: R13 Required Products: Image Processing Toolbox Description: The function takes two images as argument and using edge detection checks whether they are the same or not...a cool and simple code which can be used in security systems. The level at which the two pictures should be matched can be controlled. (Author : Fahd Ahmad Abbasi Summary : Matches two pictures given as arguments. MATLAB B. Release : R13 Required Products : Image Processing Toolbox Description : The function takes two images as argument and us ing edge detection checks whether they are the s ame or not ... a cool and simple code which can be u sed in security systems. The level at which the t wo pictures should be matched can be controlled .)

mark_minutia for fingerprint

This is the source code for 2D metrics in gird generation.