OFDM_WithoutAWGN

matlab初学者必备知识。通用简单的例子，速成matlab编程技巧(matlab beginners knowledge required. Common examples of simple, quick matlab programming skills)

ldpc码在AWGN信道下的性能仿真。包括geth.m,getG.m,H2G.m,decode.m,BER.m按传统的编码方案编码，生成H矩阵后转化为G矩阵，编码后送入高斯信道。仿真得到BER性能(ldpc codes in the AWGN channel performance simulation. Including geth.m, getG.m, H2G.m, decode.m, BER.m coded according to the traditional encoding scheme to generate H matrix is transformed into G matrix encoded into the Gaussian channel. Simulation, the BER performance)

三种动态信道分配算法的比较，一种为随机分配算法，另外两种用于认知无线电领域，一种为从资源角度出发的RP算法，一种是从需求角度出发的DP算法。(Three dynamic channel allocation algorithm for comparison, a random allocation algorithm, the other two areas for cognitive radio, a perspective from the resources of the RP algorithm, one is from the demand point of view of the DP algorithm.)

用FOX-LI数值迭代法求解不同谐振腔中的稳定模式的matlab程序(FOX-LI numerical iterative method for solving the stable mode cavity matlab program)

适合科研工程人员的数字信号处理书籍，著名的FFTW算法就是基于此开发的。(an famous book about digtial singal proceesing.)

模糊控制器，应用于控制系统，例如倒立摆的控制中。(Fuzzy controller used in control systems, for example, the control of inverted pendulum.)

学习MATLAB的基本应用与MATLAB仿真的基本知识，适合初学者(Learning of MATLAB applications and basic knowledge of MATLAB simulation, suitable for beginners)

graph cut file implemented in MALAB

This is a matlab clas file for non-holonomic ground robot. Inputs are: 1. Set of way-points [x y] 2. Controller gain 3. Linear velocity Out put 1. control commands [linear and angular velocities]

针对标准的Capon 波束形成在阵列导向矢量存在误差时出现严重性能退化, 本文从权矢量模约束和不确定集两个角度出发, 提出矢量最优化稳健波束形成方法, 并通过二阶锥规划进行有效求解.(When there exists the array steering vector error , the performance of standard Capon beamforming will be severely degraded .In this paper , in the view of the constraints on the weight vector and the uncertainty sets , we propose a new approach, which is called Vector Optimization Robust Beamforming.It is shown that the proposed algorithm can be reformulated in a convex form as the so-called Second-Order Cone (SOC)program and solved efficiently using the well-established optimization tool , sedumi.)