基于贝叶斯的盲源反卷积（十分完备）Revisiting Bayesian Blind Deconvolution

本次设计用单片机芯片AT89s52设计一个数字万用表，能够测量交、直流电压值、直流电流、直流电阻以及电容，四位数码显示。此系统由分流电阻、分压电阻、基准电阻、电容测试芯片电路、51单片机最小系统

本文件使用小波阈值法图像去噪.包括软阈值,硬阈值,及折中阈值去噪,并在折中阈值去噪方法基础上加入自适应算法,得到较好结果.

matlab航天工程工具箱,相信对航天,卫星仿真的人能有用。。。

系统辨识大牛Ljung编写的MATLAB系统辨识使用手册，这本书详细地介绍了在MATLAB已经所属simulink环境下，系统辨识工具箱的一些使用办法，是一本非常经典的教材！Revision Historypril 1988First printingJuly 1991Second printingMay1995Third printingNovember 2000 Fourth printingRevised for Version 5.0(Release 12)pril 2001Fifth printingJuly 2002Online onlyRevised for Version 5.0.2 Release 13)June 2004Sixth printingRevised for Version 6.0.1(Release 14)March 2005Online onlyRevised for Version 6.1.1Release 14SP2)September 2005 Seventh printingRevised for Version 6.1.2(Release 14SP3)March 2006Online onlyRevised for Version 6.1.3(Release 2006a)September 2006 Online onlyRevised for Version 6.2 Release 2006b)March 2007Online onlyRevised for Version 7.0 ( Release 2007a)September 2007 Online onlyRevised for Version 7.1 (Release 2007bMarch 2008Online onlyRevised for Version 7.2(Release 2008a)October 2008Online onlyRevised for Version 7.2.1 Release 2008b)March 2009Online onlyRevised for Version 7.3(Release 2009a)September 2009 Online onlyRevised for Version 7.3.1(Release 2009b)March 2010Online onlyRevised for Version 7. 4 (Release 2010a)eptember2010 Online onlyRevised for Version 7.4.1(Release 2010b)pril 2011Online onlRevised for Version 7.4.2(Release 2011a)September 2011 Online onlyRevised for Version 7.4.3(Release 2011b)March 2012Online onlyRevised for Version 8.0( Release 2012aabout the DevelopersAbout the Developersystem Identification Toolbox software is developed in association with thefollowing leading researchers in the system identification fieldLennart Ljung. Professor Lennart Ljung is with the department ofElectrical Engineering at Linkoping University in Sweden. He is a recognizedleader in system identification and has published numerous papers and booksin this areaQinghua Zhang. Dr. Qinghua Zhang is a researcher at Institut Nationalde recherche en Informatique et en Automatique(INria) and at Institut deRecherche en Informatique et systemes Aleatoires (Irisa), both in rennesFrance. He conducts research in the areas of nonlinear system identificationfault diagnosis, and signal processing with applications in the fields of energyautomotive, and biomedical systemsPeter Lindskog. Dr. Peter Lindskog is employed by nira dynamiAB, Sweden. He conducts research in the areas of system identificationsignal processing, and automatic control with a focus on vehicle industryapplicationsAnatoli Juditsky. Professor Anatoli Juditsky is with the laboratoire JeanKuntzmann at the Universite Joseph Fourier, Grenoble, france. He conductsresearch in the areas of nonparametric statistics, system identification, andstochastic optimizationAbout the developersContentsChoosing Your System Identification ApproachLinear model structures1-2What Are Model objects?Model objects represent linear systemsAbout model data1-5Types of Model objectsDynamic System Models1-9Numeric Models1-11umeric Linear Time Invariant (LTD Models1-11Identified LTI modelsIdentified Nonlinear models1-12Nonlinear model structures1-13Recommended Model Estimation Sequence1-14Supported Models for Time- and Frequency-DomainData,,,,,,,1-16Supported Models for Time-Domain Data1-16Supported Models for Frequency-Domain Data1-17See also1-18Supported Continuous-and Discrete-Time Models1-19Model estimation commands1-21Creating Model Structures at the command Line ... 1-22about system Identification Toolbox Model Objects ... 1-22When to Construct a Model Structure Independently ofEstimation1-23Commands for Constructing Model Structures1-24Model Properties1-25See als1-27Modeling Multiple-Output Systems ......... 1-28About Modeling multiple-Output Systems1-28Modeling Multiple Outputs Directly1-29Modeling multiple outputs as a Combination ofSingle-Output Models.......1-29Improving Multiple-Output Estimation Results byWeighing Outputs During Estimation ....... 1-30Identified linear Time-Invariant models1-32IDLTI Models1-32Configuration of the Structure of Measured and Noise oRepresentation of the Measured and noise Components foVarious model Types1-33Components ....1-35Imposing Constraints on the Values of ModeParameters1-37Estimation of Linear models1-8Data Import and Processing2「Supported Data ...2-3Ways to Obtain Identification DataWays to Prepare Data for System Identification ... 2-6Requirements on Data SamplingRepresenting Data in MATLAB Workspace·····Time-Domain Data Representation2-9Time-Series Data Representation2-10ContentsFrequency-Domain Data Representation ....... 2-11Importing Data into the Gui2-17Types of Data You Can import into the GUi2-17Importing time-Domain Data into the GUI2-18Importing Frequency-Domain Data into the GUI2-22Importing Data Objects into the GUI ......... 2-30Specifying the data sampling interval2-34Specifying estimation and validation Data2-35Preping data Using Quick StartCreating Data Sets from a Subset of Signal Channelo2-362-37Creating multiexperiment Data Sets in the gUi2-39Managing data in the gui ............. 2-46Representing Time- and Frequency-Domain Data Usingiddata object2-55iddata constructor2-55iddata Properties.........2-58Creating Multiexperiment Data at the Command Line .. 2-61Select Data Channels, I/O Data and Experiments in iddataObjects2-63Increasing Number of Channels or Data Points of iddataObjects2-67Managing iddata Objects2-69Representing Frequency-Response Data Using idfrdObiec2-76idfrd Constructor2-76idfrd Properties2-77Select I/o Channels and Data in idfrd Objects ..... 2-79Adding Input or Output Channels in idfrd Objects2-80Managing idfrd Objects2-83Operations That Create idfrd Objects2-83Analyzing Data quality2-85Is your data ready for modeling?2-85Plotting Data in the guI Versus at the command line2-86How to plot data in the gui2-86How to plot data at the command line2-92How to Analyze Data Using the advice Command2-94Selecting Subsets of Data2-96IXWhy Select Subsets of Data?2-96Extract Subsets of Data Using the GUI2-97Extract Subsets of data at the Command Line2-99Handling Missing Data and outliers2-100Handling missing data2-100Handling outliers2-101Extract and Model Specific Data Segments2-102See also2-103Handling offsets and Trends in Data2-104When to detrend data2-104Alternatives for Detrending Data in GUi or at theCommand-Line2-105Next Steps After detrending2-107How to Detrend Data Using the Gui2-108How to detrend data at the Command line2-109Detrending Steady-State Dat109cending transient Dat2-109See also2-110Resampling Data2-111What Is resampling?...,,.,,,,,,,,,,,.2-111Resampling data without Aliasing Effects2-112See also2-116Resampling data Using the GUi.,,,,2-117Resampling Data at the Command line2-118Filtering Data2-120Supported Filters2-120Choosing to Prefilter Your Data2-120See also2-121How to Filter Data Using the gui2-122Filtering Time-Domain Data in the GuI........ 2-122Content

该资源不仅包括了对OBD的开发、应用以及检测功能，而且还包含了最基本的代码资源，以便一些程序员可以自己安装程序，并且对OBD的应用与修改也起到很好的参考作用。

基于BP神经网络的滚动轴承故障诊断，内附故障数据

国产灰色关联度分析软件，可以计算各种灰色关联的计算，由南航刘思峰开发

EzCad激光标刻软件二次开发，与其他两份是一起的，请先下载这一部分，该部分是主体，没有其他两部分也是可以运行的，其他两部份只是在这基础上增加的两项功能

迅为-I.MX6开发板 Cortex-A9四核I.MX6Q,主频1G,2G内存，16G存储，支持4G全网通，GPS WIFI蓝牙模块，千兆以太网，摄像头，SATA等接口，多屏异显，双屏同显TOPET全能版用户使用手册www.topeetboard.com1.2.144G模块·1.2.15WIFI模块……421.2.16GPS模块431.2.17网口…………………441.2.18LCD接口………………………………………451.2.19HDMI接口…471.2.20OTG接口481.2.21RTC实时时钟……491.3配套资料…50131光盘资料……132网盘资料14网盘压缩包MD5值的使用…541.5开发板扩展口的原理图和PCB管脚对应方式介绍…………571.6串口硬件修改………………581.6.1Ⅵ13版本串口修改方法……1.62V2.0和V21版本串口修改方法581.7扩展文档1.7.17寸屏亮度调整……1.7.2屏幕亮度调整二iOP-MX6开发平台组装和初体验…602.1开发板的组裝60211控制台( console)串口60TOPET全能版用户使用手册www.topeetboard.com21.2屏幕的连接……………………………………………60213电源的连接672.2iTOP-iMX6启动模式…………682.21启动模式设置(拨码开关)682.2.2 uboot模式·····62.2.3文件系统模式23iTOP-iMX6开发平台初体验………………………702.31系统基本功能…232USB和OTG功能……75233网络设置和连接234多媒体2.3.5GPS功能(选配)…822.3.6游戏性能………………………………………8323.7蓝牙功能………着看垂垂…852.38SATA接口硬盘测试…862.39加速度计和电子罗盘〔选配件,该节仅作为参考)……8924扩展文档22.4.1迅为核心板装配指导922.4.2SIM卡座接触不良的解决办法…………9324.3VGA模块使用过程·垂垂着量D垂…………93三订TOP-MX6平台基本软件的安装3.1超级终端的安装和使用…………………94TOPET全能版用户使用手册www.topeetboard.com311安装USB转串口驱动94312超级终端的安装931.3超级终端的设置102314超级终端的系统配置………104315超级终端保存日志……10732安装虚拟机以及 Ubuntu12.042等软件11032.1虚拟机 VMware-workstation的安装11132.2虚拟机加载 Ubuntu12042镜像……………………………1223.2.3虚拟机安装 Ubuntu1204.2初始系统…垂.垂…………1263.2.4虚拟机 VMware- workstation联网以及基本设置133325安装和使用SSH软件13833 Ubuntu的基本操作1433.31初识 Ubuntu12.04.2以及 Ubuntu命令行………………………143332 Ubuntu中启用root用户………146333 Linux常用she!命令……………………………………………14833.4 Linux的重要命令 apt-get……154335安装和使用SSH软件……1623.3.6虚拟机 Ubuntu扩展硬盘空间…………………………1693.37虚拟机无法识别USB3.0的解决方法………1773.38U盘、TF卡与虚拟机连接…178339 Ubuntu图形界面无法登陆解决办法…1813.3.10虛拟机和主机之间共享文件夹…………………………………………183TOPET全能版用户使用手册www.topeetboard.com34vim编辑器鲁·非垂··垂·看垂布着幸……………1953.41安装vim编辑器……………1963.42Vim打开文件以及新建文件196343三种模式的切换·…198344Vim编辑器常用基本命令……20035 Source Insight的安装和使用…202351 Source Insight的安装···…………202352使用 Source Insight查看内核代码20336安卓ADB功能介绍…垂.垂……2113.61安卓ADB驱动的安装………2113.6.2ADB的基础知识…………2163.6.3常用的ADB命令2193.64ADB驱动安装常见问题解决办法汇总………………………2243.7代码对比器 TextDiff. exe22638二进制编辑器·………………………2283.81下载 Hex editorⅡ软件………2283.82 Hex editorⅡ软件使用……22939Win8下基础软件的安装和学习………………………230391超级终端的安装和使用……230392win8下安装虚拟机以及 Ubuntu12.04.2等软件………………………240393wn8下的 cmd.exe程序2413.10win81下基础软件的安装和学习243TOPET全能版用户使用手册www.topeetboard.com3.101Win81下PL2303USB转串口驱动安装…………2433102Win81下安卓ADB驱动的安装………………2493103win81下的 cmd. exe程序251311win10下基础软件的安装和学习251311.1win10USB转串口PL2303驱动安装…………………………2513112win10ADB驱动的安装……2583113Win10下的cmd.exe程序259312扩展文档………………2593121共享文件夹……………2593.122清除虚拟机安装残留…2603.123ssh常见问题以及解决方法2603.124无法使用ⅵ编辑器解决办法2603125修改adb调试权限………………………2603.126im详解文档260四iToP-iMX6开发板镜像的烧写………………………………2614.1OTG烧写环境2614.2烧写 Android…2644.3烧写QT……26944 uboot的 bootargs参数重置…………2734.5扩展文档…………2744.5.1TF卡开机自动烧写镜像275五系统开发板环境以及编译…………………………276TOPET全能版用户使用手册www.topeetboard.com51使用搭建好的编译环境·垂音普垂垂章非音音音音2765.1.1搭建好的编译环境·2765.1.2环境变量和 Javap路径的修改·…27752搭建系统基础编译环境…2785.2.1基础软件的安装……………278522交叉编译工具的安装…2815.2.3修改交叉编译工具的路径(修改环境变量2835.2.4安装JK…………………………2855.2.5安装库文件…2865.2.6降低GCC版本………28853 Android源码编译………2925.31 Android源码整体编译2925.32单独编译*……………………………………………………………29554Qt的编译29954.1 uboot编译……2995.4.2 kernel编译29954.3文件系统300六 Qtopia2.2.0开发环境搭建以及编译镜像30361编译器和基本库文件的安装……·看音非·垂30462 Qtopia22.0源文件和补丁文件…………………………30763库文件和编译 Qtopia22.030864 Qtopia系统源码编译翻看看番311TOPET全能版用户使用手册www.topeetboard.com七QtE的编译和使用说明……31371QtE47编译…………………………………3147.1.1QtE47编译器的安装3147.1.2QtE4.7的编译3167.2QtE5.7编译……………3177.2.1QtE57编译环境的两种搭建方式……318722 Ubuntu16.04系统编译 uboot和 kernel……………3257.23编译QtE5.7源码…………3287.2.4生成QtE5.7镜像………3327.3Qt/E4.7和 Qtopia的切换………3357.3.1设置开发板优先运行的文件系统………3357.3.2Qt/E4.7和 Qtopia2.2.0的触摸校准…3367.3.3系统运行后QtE4.7和 Qtopia2.2.0的切换……………3774QtE厍的编译配置选项简介…………………………3387.5QtE4.7根文件系统升级…………………3417.51QtE4.7连接WFI(MT6620的使用)…3417.5.2QtE4.7使用4G上网(EC20的使用)3427.6QtE5.7根文件系统升级………34276.1旋转触摸升级(20180511)…………342八基于 Linux-c的测试程序…34681测试程序的编译和运行3468.1.1编译环境的设置翻看看番346TOPET全能版用户使用手册www.topeetboard.com81.2编译 helloworlo…···347813上传 helloworld到开发板34881.4修改程序权限和运行 helloworld……34982Led灯的测试…3498.3 Buzzer蜂鸣器的测试…………35084串口收发测试352九定制 Linux内核··········:·*…3559.1缺省文件配置…3559.2驱动程序源代码的位置·35693 Menuconfig的用法………………………35894手动定制LnuX内核36794.1配置CPU平台文件368942内核编译器设置……6994.3小灯Led…3699.44蜂鸣器 Buzzer…9.4.5RS-485……………………3729.4.6RTC实时时钟3749.4.7RFID/RC522………375948I2C总线…………376949SPⅠ总线…37794.10CAN总线……37994.11串口虚拟控制台 console……38010

摘要：针对光伏电池输出特性具有强烈的非线性，根据太阳能电池的直流物理模型，利用 MATLAB 建立了太阳能光伏阵列通用的仿真模型。利用此模型，模拟任意环境、太阳辐射强度、电池板参数、电池板串并联方式下的光伏阵列I-V 特性。模型内部参数经过优化，较好地反应了电池实际特性。模型带有最大功率点跟踪功能，能很好地实现光伏发电系统最佳工作点的跟踪。