matlab213

说明：  排队问题仿真的目的是要寻找服务对象与服务设置之间的最佳配置，保证系统具有最佳的服务效率与最合理的配置，通过matlab平台对单服务台有限队长的排队系统进行 过程仿真 可以协助设计人员分析顾客的需求 从而合理规划出符合实际条件的服务设施(The purpose of the queuing simulation is to find clients and the best allocation between service settings, ensure that the system has the best efficiency and the most reasonable configuration, the single desk by the limited matlab platform captain Simulation of queuing systems can be help designers analyze the needs of customers in order to meet the actual conditions of rational planning of services and facilities)

file for demonstrating tomography reconstruction according to cone beam geometry and also useful for Generate set of projections around 360 degrees with a fan beam geometry.

分布式压缩感知的论文，有助于理解SOMP算法在多点解压缩的运算(Papers distributed compressed sensing, computing helps to understand the SOMP compression algorithm in multi-point solution)

电力系统可靠性建模仿真分析，用matlab编程仿真分析(Power system reliability modeling and simulation analysis,Matlab programming simulation analysis)

说明：  MATLAB 数字图像处理程序很好的一个啊，欢迎下载(Digital Image Processing MATLAB program, a very good ah, welcome to download)

在文章A Modified Fuzzy C-Means Algorithm for Bias Field Estimation and Segmentation of MRI Data中加入了核估计算法(the modified code of A Modified Fuzzy C-Means Algorithm for Bias Field Estimation and Segmentation of MRI Data)

fuelcell model燃料电池模型，可直接套用。(fuel cell model_files)

DSP理论分析以及MATLAB详细程序实例 非常不错(DSP theory analysis and MATLAB examples of detailed procedures)

阵列信号处理算法中的LCMV算法，仿真场景：8元均匀线性阵列，阵元间距为1/2波长，干扰入射方向为45度，干噪比为40dB。附报告、源程序、仿真截图，内容详尽，希望对您学习有所帮助。(Array signal processing algorithm LCMV algorithm simulation scenarios: 9 element uniform linear array, the array element spacing is 1/2 wavelength, the interference incident direction of 45 degrees, interference and noise ratio of 40dB. Attached report, source code, simulation screenshots, detailed, hope to help you learn.)

离散系统的数字PID控制，可以根据S参数选择跟踪三角波、锯齿波、随机信号，跟踪效果良好。(Discrete system of digital PID control, S-parameters can be selected track triangle wave, sawtooth, random signals, track to good effect.)