PD-gravity-compensaticontrol

Vapnik-Cheervonenkis (VC) Dimension 􀂇 Support Vector Machines 􀂇 SVM Applications 􀂇 Committee machines 􀂇 PAC Learning 􀂇 Boosting 􀂇 “No Free Lunch” Theorem(Vapnik-Cheervonenkis (VC) Dimension 􀂇 Support Vector Machines 􀂇 SVM Applications 􀂇 Committee machines 􀂇 PAC Learning 􀂇 Boosting 􀂇 " No Free Lunch" Theorem)

this matlab is used widely there

利用MATLAB实现fft的MATLAB代码以及解释和仿真结果(Fft in MATLAB using MATLAB code as well as the realization of the interpretation and simulation results)

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何子述《现代信号处理及其应用》第6章课后习题代码，基于奇异值分解的MVDR方法进行信号频率估计的仿真实验(He sub-described " modern signal processing and its applications" in Chapter 6 Homework code MVDR method based on singular value decomposition of the signal frequency estimation simulation)

It is possible to confirm whether error of Automatic Phase Synchronization excess the setting value of parameter No.13437-No.13440 (Threshold for Automatic Phase Synchronization error detection signal) by this signal. The signals turn to 1 in the following case: • Error of Automatic Phase Synchronization excess threshold. The signals turn to 0 in the following cases: • Error of Automatic Phase Synchronization does not excess threshold.

Adaptive filtering LMS and RLS algorithms and Wiener filter implementation using matlab

S波段微功率雷达，支持：测速，测距，合成孔径成像 系统名称：S-MPR (S-Band Micro-Power Radar) 即：S波段微功率雷达（开源系统） (S-band micro-power radar support: tachometer, ranging synthetic aperture imaging system name: S-MPR (S-Band Micro-Power Radar): S-band micro-power radar (open source system))

Experimental exercices about Digital Image procesing

数字信号处理重要函数如分裂基fft/卷积/频率响应/滤波器的matlab实现（来自清华大学胡广书教授）(Important DSP functions such as fff/conv/frequency/filters, by matlab)