matlab-hanshu

MUISIC算法进行波达方向估计，该程序为对3个入射信号的情况进行估计。(MUISIC DOA estimation algorithm, the program for the right 3 to estimate the incidence of the signal.)

this file is very useful for student to calculate structures with MATLAB

使用MATLAB编程实现图形边缘检测的算法，edge里边缘检测算法的实现-sobel、hough等(Graphics programming using MATLAB edge detection algorithm, edge in the edge detection algorithm implementation-sobel, hough, etc.)

documentation of the varioref latex package

通过运用matlab软件对图像进行直方图处理，从而达到处理的效果(By using matlab software for image histogram processing, so as to achieve the effect of treatment)

详细讲述了∏/4-DQPSK调制和解调原理,并提供了matlab实现的代码(Detail the Π/4-DQPSK modulation and demodulation, and provides a matlab implementation of the code)

对一段话中的英文文字和句子计数，GUI界面源程序(count the number of all the words and sentences)

An extended Kalman filter (EKF) is employed to estimate the motor state variables by only using measurements of the stator fine voltages and currents. When applying the EKF, it was necessary to solve some specific problems related to the voltage and current waveforms of the BLDCM

Compressive sampling is an emerging technique that promises to effectively recover a sparse signal from far fewer measurements than its dimension. The compressive sampling theory assures almost an exact recovery of a sparse signal if the signal is sensed randomly where the number of the measurements taken is proportional to the sparsity level and a log factor of the signal dimension. Encouraged by this emerging technique, this thesis briefly reviews the application of Compressive sampling in speech processing. It comprises the basic study of two necessary condition of compressive sensing theory: sparsity and incoherence. In this thesis, various sparsity domain and sensing matrix for speech signal and different pairs that satisfy incoherence condition has been compiled.

说明：  数模2015A题程序设计，给定影子长度计算所在位置的经纬度。(MCM 2015A The program design of digital and analog question 2015A calculates the longitude and latitude of the position given the shadow length.)