di5zhang

说明：  各类神经网络代码，可以用于MATLAB初学者使用(Various kinds of neural network codes can be used for beginners in MATLAB)

用matlab实现信号的数模转换 和模数转化(With matlab to achieve signal digital-analog conversion and analog to digital conversion)

UWB接收机的同步估计算法 能有效实现接收信号的同步(UWB receiver synchronization estimation algorithm can effectively realize the synchronization of received signal)

cdma系统 LMS算法 盲自适应多用户检测(cdma systems LMS adaptive multiuser detection algorithm)

simulink搭建滑模观测器，并检测出故障，对故障鲁棒，具有较好的检测效果。(Simlink builds sliding mode observer and detects faults. It is robust to faults and has good detection effect.)

是无刷励磁发电机仿真模型，可以直接使用。速度审核啊斑斑(Brushless excitation generator simulation model can be used directly. Speed ​ ​ audit stained)

说明：  Lamda算法：GPS快速整周模糊度算法的核心，当今最好的GPS定位算法之一。(Lamda algorithm: GPS fast algorithm Ambiguity core of today s best one of GPS positioning algorithm.)

本文分析了多级维纳滤波器的特性，在加性噪声和二维天线阵列如均匀圆阵、均匀面阵、十字阵等条件和背景下，对信源个数和信源参数估计问题进行了研究，提出了基于多级维纳滤波器前向分解特性的快速参数估计方法，同时提出了基于多级维纳滤波器的二维ESPRIT参数估计方法，该类方法无需协方差矩阵的估计运算及分解运算，计算复杂度较低。另外，还提出了对信源个数的估计算法。(This paper analyzes the characteristics of multistage Wiener filter, in the additive noise and the two-dimensional antenna array such as a uniform circular array, the uniform array, cross array conditions and background, the source number and source parameter estimation problem undertook study, put forward based on Multistage Wiener filter prior to the decomposition characteristics of fast parameter estimation method, at the same time based on Multistage Wiener filter 2D ESPRIT parameter estimation method, the method does not need to estimate of covariance matrix calculation and decomposition, relatively low computational complexity. In addition, also put forward for source number estimation algorithm.)

一个详细讲述卡尔曼滤波的ppt，通过它可以学习有关卡尔曼滤博，和机器人自主定位的知识( Kalman filter detailed ppt, through which you can learn more about Bo Kalman filter, and knowledge of robot autonomous localization )

代码的计算为，在一定热功率下换热器的工况确定，包括了两相流的处理(Computing code is, under certain conditions to determine the thermal power of the heat exchanger, including a two-phase flow process)