matlab-ant-method

利用matlab语言，设计带通滤波器，对声信号进行滤波处理，除去环境噪声。(Using matlab language, designed bandpass filter, the acoustic signal filtering to remove noise.)

用Matlab语言编写的实现贝叶斯准则，可以很方便的验证贝叶斯准则(Matlab language implementation of Bayesian guidelines, you can easily verify that the Bayesian criteria)

simulink建模与仿真 基础入门源代码(simulink modeling and simulation based on the source code entry)

瑞丽信道仿真代码的产生，以及瑞丽模型下信道模型的估计(Ruili channel simulation code generation, as well as the Ruili model estimated channel model)

OFDM原理matlab图形界面演示程序，本人原创。 OFDMDEMO Demonstrates OFDM Communication System Function: to demonstrate the primary principle of OFDM system To start the demo type "OFDMDEMO" in Matlab. For more information press "help" button ofdmsimple.m is the key code of ofdm simulation(OFDM Communication System Demonstration Program.)

MMT is a Matlab toolbox implementing the multi-task Lasso models, including: (i) the Lasso (ii) the standard multi-task Lasso, i.e. the group Lasso (iii) the structured input-output multi-task Lasso, a.k.a. the two-graph guided multi-task Lasso proposed in [1]. The last case (iii) subsumes the special cases: tree-guided and the feature-graph guided multi-task Lasso. The core optimization algorithm for solving this model is developed in C to enhance greater computational efficiency. In particular, current scalability of the coefficient matrix that has been tested for MMT is 104*104! The structured input-output multi-task Lasso model is well-suited for addressing the expression quantitative trait loci (eQTL) mapping problems which are of the intrinsic high-dimensional nature. Details can be found in [1].

生成验证平稳分布用matlab，生成的和理论的对比(Generate a smooth distribution of authentication to use matlab, generated and theoretical comparison of)

simulation of communication systems and software defined radio from the book chapter 4

用matlab编写的一个人机界面，具有读取文件功能，操作按钮功能等(A matlab GUI program which can read file, operating button act.)

衍射的matlab程序实现，通过对单缝，多缝，矩孔等形状的仿真。实现的光线的仿真，验证的理论的正确性！(Matlab program realization of diffraction through a single slit, multiple joints, holes and other shapes of the simulated moments. Realize the simulation of light to verify the correctness of the theory!)