Image Restoration

关于雷达信号处理的教程，详细介绍了雷达信号的分类，以及处理方式(On radar signal processing tutorial, detailing the classification of radar signals, as well as treatment modalities)

单级倒立摆的双闭环PID控制simulink仿真(Inverted Pendulum Simulation of double closed loop PID control simulink)

粒子群优化最小二乘支持向量机参数，可用于多分类(pso lssvm psolssvm)

说明：  介绍了一种用于ip电话的自适应回声消除器，采用LMS自适应滤波器实现。首先通过MATLAB进行LMS算法的步长选择,并用生成的符合G.168要求的带限CCS测试信号对回声消除器的性能进行了测试(Introduced a kind of adaptive echo cancellation ip phone device, using LMS adaptive filter. Carried out by MATLAB first step LMS algorithm selection, and use the resulting band-limited meet G.168 requirements of CCS test signal on the performance of echo cancellation devices were tested)

采样定理，几个验证matlab采样定理的小程序，能够说明什么时候采样频率可以捕捉更好的波形(Sampling theorem, verification matlab sampling theorem applet can say when the sampling frequency can better capture the waveform)

说明：  禁忌（Tabu Search）算法是一种亚启发式(meta-heuristic)随机搜索算法，它从一个初始可行解出发，选择一系列的特定搜索方向（移动）作为试探，选择实现让特定的目标函数值变化最多的移动。为了避免陷入局部最优解，TS搜索中采用了一种灵活的“记忆”技术，对已经进行的优化过程进行记录和选择，指导下一步的搜索方向，这就是Tabu表的建立。(Tabu Search algorithm is a meta-heuristic random search algorithm. It starts from an initial feasible solution, chooses a series of specific search directions (movement) as a trial, and chooses to achieve the movement that makes the most changes in the value of a specific objective function. To avoid falling into local optimum, TS search uses a flexible "memory" technology to record and select the optimization process that has been carried out, and to guide the next search direction, which is the establishment of Tabu table.)

一个目标跟踪的实例，用的是交互式多模型仿真方法。(Examples of tracking a target, using a method of interactive multi-model simulation.)

matlab 7.x从入门到精通，关于数值分析、图像处理等。(matlab 7.x From Novice to Professional, on the numerical analysis, image processing.)

超导磁储能系统抑制风力发电功率波动的研究(Research on the applica tion of superconducting magnetic energy storage un it to damp wind genera tion power fluctua ting)

基于matlab的16QAM调制源代码，并进行的误码分析(Based on the 16QAM modulation matlab source code, and error analysis carried out by)