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MATLAB教程，很好的一本书，而且是WORD格式很好用(err)

matlab应用程序百例，老师推荐的资源，很不错，可以下载看看(matlab application 100 cases, the teacher recommended resources, very good, you can download to see)

基-4FFT算法，数字信号处理课程的基础算法之一(Group-4FFT algorithm, one of the basic algorithm for digital signal processing courses)

说明：  基于色彩分割的matlab程序，完成人脸定位(Matlab program based on color segmentation, face detection completed)

给定四个控制点，利用贝塞尔曲线进行插值。(A function for Bezier interpolation for given four control points. Each control point can be in N-Dimensional vector space. )

MSER算法的一部分，不知道该怎么运行，请大家帮忙(is part of the MSER algorithm )

Traditional single particle reconstruction methods use either the Fourier or the delta function basis to represent the particle density map. We propose a more flexible algorithm that adaptively chooses the basis based on the data. Because the basis adapts to the data, the reconstruction resolution and signal-to-noise ratio (SNR) is improved compared to a reconstruction with a fixed basis. Moreover, the algorithm automatically masks the particle, thereby separating it from the background. This eliminates the need for ad-hoc filtering or masking in the refinement loop. The algorithm is formulated in a Bayesian maximum-a-posteriori framework and uses an efficient optimization algorithm for the maximization. Evaluations using simulated and actual cryogenic electron microscopy data show resolution and SNR improvements as well as the effective masking of particle from background

《MATLAB simulation and application》一书的电子源代码(MATLAB simulation and application of electronic source code)

Converts cartesian coordinates in WGS84_XYZ to geodetic coordinates in WGS84_LLA. Vectorized version.

The demand of high data rate services has been increasing very rapidly and there is no slowdown in sight. We know that the data transmission includes both wired and wireless medium. Often, these services require very reliable data transmission over very harsh environment. Most of these transmission systems experience much degradation such as large attenuation, noise, multipath, interference, time variance, nonlinearities and must meet the finite constraints like power limitation and cost factor. One physical layer technique that has gained a lot of popularities due to its robustness in dealing with these impairments is multi-carrier modulation technique. In multi-carrier modulation, the most commonly used technique is Orthogonal Frequency Division Multiplexing (OFDM)