Fiber_Optic_Telecommunication

matlab在数字信号处理中的应用（第2版）课件(matlab in Digital Signal Processing (2nd edition) Courseware)

遗传算法matlab程序，适合初学者，请大家指教(Genetic algorithm matlab program, please advise)

说明：  人工势场法的路径规划的避障，进行搜索优化，然后进行适应度函数的处理(Artificial potential field method is used to avoid obstacles in path planning, search and optimize, and then deal with the fitness function)

Grey prediction matlab program code灰色预测matlab程序(Grey prediction matlab program code)

说明：  本资源运用Matlab中的计算机视觉技术对视频监控中的运动人体的一些异常行为进行研究分析，涉及到了运动目标检测以及跟踪和人体异常行为检测等几个方面。背景模型的建立则是分别利用了中值滤波法和二值化背景模版建模法，通过帧间差分 来实现不断更新背景模版。在检测运动人体异常行为中，本文在检测运动人体跌倒的异常行为时利用外接矩形来确定运动人体及其质心，并通过定义一些特征算子来把人体行为进行量化，从而判断是否行为异常。(In this paper, we use matlab technology to detect abnormal human movement and video resources. The background model is established by using the median filtering method and the binary background template modeling method, through the frame difference To update the background template constantly. In the detection of abnormal behavior of moving human body, this paper uses the outer rectangle to determine the moving human body and its center of mass, and defines some characteristic operators to quantify the human behavior, so as to determine whether the abnormal behavior.)

MALLAT塔式分解与重构算法，进行了四级(MALLAT decomposition and reconstruction)

游程检验,适用于数学学习学生，或者计算机方面需要的研究者(Runs test for students of mathematics learning, or the computer needs of researchers)

Contains photovoltaic genrator modeling

经验模态分解分析程序和HHT变换。可完美使用，不需要任何修改！(EMD analysis)

西安交通大学开的《图象处理》的课，用的课本是章毓晋老师编的《图象工程》上册，既《图象处理和分析》，我本科期间学的这门课，这是用MATLAB所做的作业源程序，包括颜色模型转换成，直方图转换，图象分割，边缘检测，hough变换（哈夫变换），图象表达等。(Xi'an Jiaotong University opened the "image processing" of the class, Textbooks are used in Yu-Jin Zhang teachers are "image projects" on the list, both "image processing and analysis" During my undergraduate study of this course, this is done using MATLAB source operations, including the color model conversion. Histogram conversion, image segmentation, edge detection, hough transform (Hough transform), image expression.)