PMM

从实用的角度出发，详细介绍了在MATLAB软件环境下，如何利用研 华的数据采集与控制多功能板卡实现数据采集与控制仿真。 本手册适合工程技术人员、科学研究人员和大中专学校的学生参 考。(From the practical point of view, described in detail in the MATLAB software environment, how to use Advantech' s Data Acquisition and Control of multi-board data acquisition and control simulation. The manual for engineering and technical personnel, scientific research and large secondary school students.)

基于瞬时特征的有关MASK、MPSK、MFSK的调制识别，程序都可以运行出来(Based on the instantaneous characteristics of MASK, MPSK, MFSK modulation recognition, the program can be run out.)

说明：  有序统计均值类恒虚警检测器（OSCAGO and OSCASO CFAR），综合了CA和OS检测器的特点。(detectors based on ordered statistic and cell averaging constant false alarm rate (OSCA-CFAR))

用matlab编写的小程序，采用聚类分析实现目标的分割。(Small programs written with matlab, using cluster analysis to achieve target segmentation.)

说明：  压缩感知技术是2006年提出的一个新的技术，该文档主要做一个整体的综述，(Compressed sensing technology is proposed in 2006 a new technology, the main job of a whole document review,)

说明：  Hessian矩阵计算，在matlab下开发，二维三维(Hessian matrix calculations, developed under matlab, two-dimensional three-dimensional)

matlab code for some function(matlab code)

近似熵与样本熵的计算程序，还有快速计算样本熵与近似熵的程序(Approximate entropy and sample entropy calculation procedures, as well as the rapid calculation of sample entropy and approximate entropy program)

根据有无固定基础设施，无线局域网又可分为BSS (Basic Service Set)和IBSS (Independent Basic Service Set)。我们要研究的ad hoc网络属于后者。假设在一个ad hoc网络中，移动节点的发射功率PTx总是恒定的。要发送数据的移动节点总是先监听信道，测量接收到的信号功率X，其中X= I + N, I为接收到的干扰，N是噪声。移动节点只有在X＜INThre时，才可以发射。式中，INThre为背景噪声门限。 在仿真中，我们规定每个移动节点的发射功率是常数，PTx = 1W；接收节点接收机的灵敏度Smin = -80 dBm；信号质量 min = 2 dB；系统的背景噪声门限INThre = 1.2e-10。 (According to the availability of fixed infrastructure, wireless local area network can be divided into BSS (Basic Service Set) and IBSS (Independent Basic Service Set). We have to study the ad hoc network belong to the latter. Assuming in an ad hoc network, mobile node s transmission power is always constant PTX. To send data to the mobile node always monitor channel, measuring the received signal power X, which X = I+ N, I was received interference, N is the noise. Mobile node only when X <INThre when it is fired. Where, INThre threshold for background noise. In the simulation, we require that each mobile node s transmission power is constant, PTx = 1W receiver node receiver sensitivity Smin =-80 dBm signal quality )

assignment 3 containing some edge preserving smoothing algorithms