matchingpursuit

The channel modeling work package WP1 of IST-WINNER project provided a Matlab implementation of the WINNER Phase II Model (referred as WIM this onward). The main purpose of the WIM channel models is to generate a radio channel realisations for a link and system level simulations. The implementation is based on the earlier implementations of WINNER II interim model [6], WINNER I (interim) model [3], 3GPP/3GPP2 Spatial Channel Model (SCM) [4] and SCM(E) Extension models. For details concerning the WIM model, please refer to [1]. This document describes the SW implementation structure of WIM, its input/output interface and its functionality. Channel model scenarios and parameters are modified to correspond to IMT.EVAL [7] channel model.

一个很好的卷积码编码编码程序（MATLAB）编写，希望队大家有所帮助。(A good coding procedure coding convolutional codes (MATLAB) to prepare, I hope everyone will help team.)

matlab课件1 主要讲述 MATLAB的产生及概述 MATLAB的工作环境与组成 MATLAB的数据表示及其基本操作命令 MATLAB的语言结构 MATLAB的简单数值计算中的应用()

BPSK信号功率谱密度的MATLAB编程代码，运行得到波形。(BPSK signal power spectral density of the MATLAB programming code that runs waveform.)

说明：  MATLAB仿真永磁同步电机直接转矩控制，传统滞环+开关表控制，仿真效果很好(The direct torque control of permanent magnet synchronous motor is simulated by MATLAB, and the traditional hysteresis plus switching table control has a good simulation effect.)

matlab程序设计之神经网络经典教程matlab programming of classical neural network tutorial(matlab programming of classical neural network tutorial matlab programming of classical neural network tutorial)

关于滤波的程序，可以减少Gipps效应，提高信号的分辨率。(On filtering procedures, can reduce the Gipps effect, improve the resolution of the signal.)

一个很好的进行边缘检测的matlab源代码，对于初学边缘处理的人有较大帮助(a good edge detection of Matlab source code for a novice edge with the greater help)

％％目标在监控区内运动轨迹为佯攻机动曲线时的定位( Target in the surveillance zone trajectory curve for the feint at the time of mobile positioning)

说明：  可用于集装箱起重机抗震分析求解单自由度的位移、能量分布，以及加速度响应。采用迭代的方法求解微分方程。(Can be used for solving single degree of freedom displacement, the energy distribution of seismic analysis of container crane, and the acceleration response. Using the iterative method for solving the differential equation.)