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rbf网络逼近未知函数实例。文件非simulink，是m文件(rbf network simulate unknown function)

matlab中的光学工具，实现光学仿真实例源代码（第二部分）(matlab opyical tool)

特征空间方法是现代谱估计的重要方法之一。针对噪声中的复正弦信号的模型，通过特征矢量的方法进行信号空间的分解。通过将信号空间分解为谐波信号空间和噪声信号空间这两个相互正交的空间的方法进行谱估计。Pisarenko,Music,ESPRIT算法都是这一类方法的重要算法。我们通过对不同算法进行比较分析不同算法在各种状况下的表现性能。并针对ESPRIT算法的各种改性和提升进行对比和测试。(Feature space is one of the modern spectral estimation method. Complex sinusoidal signal for the noise model, by the method of the feature vector for the decomposition of the signal space. By decomposition of the signal space to the space harmonic signal and the noise signal space, the method of the two mutually orthogonal spatial spectrum estimation. Pisarenko, MUSIC, ESPRIT algorithm is an important algorithm of this type of method. Different algorithms, our comparative analysis of the performance of different algorithms performance under a variety of conditions. And for a variety of modification and upgrading of the ESPRIT algorithm to compare and test.)

吉布斯分布代码，常用于马尔科夫随机场分割和识别(Gibbs distribution code, commonly used for Markov Random Field segmentation and recognition)

有关工频噪声的滤波算法的算法实现，分别用C语言和Matlab语言(you guan gongpin zaosheng de lv bo suanfa de suanfa shijian fenbie yong C and Matlab)

采用四元数算法，来确定飞行器的姿态状况，同时通过PID方法，调节飞行器的飞行姿态。(Quaternion algorithm to determine the status of the aircraft s attitude, but by PID method, adjusting aircraft flight attitude.)

阵列信号处理，空间谱估计，利CVX工具箱实现稀疏重构的单快拍DOA估计(Array signal processing, spatial spectrum estimation, and CVX toolbox to achieve the sparse reconstruction of single snapshot DOA estimation )

交流电机矢量控制技术研究与仿真，对异步电机进行矢量控制的matlab仿真(vc)

这些是信号与系统中用到matlab的各种那个仿真实例，可用作编程中的现成模板。(These are the signals and systems used in all the simulation matlab, ready-made templates can be used as programming.)

模型跟踪 例题可以看看看 模型参考自适应控制本书从MATLAB仿真及可视化仿真的角度出发,系统地介绍了系统辨识与自适应控制的... ●第3章为模型参考自适应控制,(Model following examples can look at the book to see the model reference adaptive control MATLAB simulation and visual simulation point of view, the system introduces the system identification and adaptive control ... ● Chapter 3 for model reference adaptive control,)