arithmetic-coding

有关图像超分辨率的MATLAB源程序，包括几种超图像分辨率的应用，希望对大家有用！(The image super-resolution of the MATLAB source code, including several super image resolution application, we want to be useful!)

huff2man and it uploads a file that can be used

QPSK的调制解调系统的实现，程序详细给出了调制解调各个部分的方法。自己在matlab上实现过，都出来了(QPSK modulation and demodulation system implementation, the program details the various parts of the modulation and demodulation method. Their implementation in matlab too, are out)

模糊PID控制，能够自动调节PID参数，使系统控制达到最优。(Fuzzy PID control, can automatically adjust the PID parameters to achieve optimal system control.)

—The minimum variance distortionless response (MVDR) approach is very popular in array processing. It is also employed in spectral estimation where the Fourier matrix is used in the optimization process. First, we give a general form of the MVDR where any unitary matrix can be used to estimate the spectrum. Second and most importantly, we show how the MVDR method can be used to estimate the magnitude squared coherence function, which is very useful in so many applications but so few methods exist to estimate it. Simulations show that our algorithm givesmuchmore reliable results than the one based on the popular Welch’s method.

mEngine是连接Mathematica 和MATLAB的程序. 可以实现Mathematica 和MATLAB的互相调用。( mEngine provides the facility to share data between Mathematica and MATLAB. All functions are wrappers to those provided by the MATLAB Engine Library. MATLAB should be installed first.)

说明：  将外部的输入的6Mhz的信号分成为频率为153600hz的信号(The external input signal divided into 6Mhz 153600hz signal frequency)

signal processing using matlab (example)

LIDAR点云数据处理与应用 -分析 L I D A R点云数据的获取原理及分类 ， 探讨 Mi c r o s t a t i o n 的 t e r r a 模块 数据及 L I D A R点云数据 的分类处理 方法。( Get principle and classification, classification method to explore the terra Mi crostation module data and LIDAR point cloud data LIDAR point cloud data processing and analysis applications - LIDAR point cloud data.)

说明：  用matlab语言实现单频脉冲信号（CW）的时域波形、频域图像、模糊度图。(The time-domain waveform, frequency-domain image and ambiguity map of single frequency pulse signal (CW) are realized by MATLAB.)