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用matlab语言写的关于语音识别技术中最为流行的匹配算法hmm,可以实现端点检测和基于DTW和HMM的孤立词识别和连续语音识别

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采用matlab---simulink,两种控制算法，算法简单明了。仿真中加入了不确定干扰。典型的欠驱动控制问题。

【实例简介】OpenLayers教程,很好，很专业，包含矢量图层的创建，矢量元素的创建、选中、拖移OpenLayers教程,很好，很专业，包含矢量图层的创建，矢量元素的创建、选中、拖移OpenLayers教程,很好，很专业，包含矢量图层的创建，矢量元素的创建、选中、拖移OpenLayers教程,很好，很专业，包含矢量图层的创建，矢量元素的创建、选中、拖移

详细讲解FIR滤波器的原理，Matlab的实现及导入CCS中的应用全过程。从中导出滤波器系数。在中,选择,如图。在出现的对话框中选择输出文件类型为,输出系数类型为如图所点击按钮,选择路径,即输出前一步设计出的滤波器的系数表。(假设生成的系数表文件为g Filter Dcaign Analzaia Too1-[untitled.fda]e Edi共书田田国回Sruct rForm FipStab er婴Fr eMei LY (kHzfilter Manage图A Export to Code Co poser Studio (tu)IDE□ Disaale memory trVariable names in c header fie:BNume"ator lengthFiata lype to l e In evpTarget selec 3○ Export suggestedDot Ele-c-recision⊙ Export asSg16H量 t integerFractional lengrh: 15Selectiarqet.HelE图利用产生噪声信号用于滤波器测试将下面代码另存为文件,在中运行后将会生成文件。该数据文件中含有三种频卒的信号,用于滤波器滤波效果测试。信号的时域图和频谱分别图、图所小采样数据个数米样周期待滤波信号波形待滤波信号频谱归一化打开文件输出文件头输出图图在中编写滤波器程序(本文以语言为例)新建工程,作者是以为例,新建工程的过程就不再赘述。编写语言源代码并导入工程,如下为生成的系数表头文件如运行不通过,请修改中的代码,将这行修改为如下:也就是自己机器上的安装的绝对路径滤波器的级数,本例中滤波器级数为待滤波的数据长度输入缓冲,在仿真时将从内存载入输出缓冲,直接存放在内存中文件如下,其实是从软件中的例子里复制过来的另外还要导入文件,在文件夹下。、滤波器仿真测试在第部分编译成功后会在工程所以目录文件夹下产生文件,在软件的里打开这个文件(图)TehCartsSave AALlLoad prReload p图将滤波器设计文件载入到内存中选择打开之前生成的文件(图)7/C54x Simulator (Texas Instruments)/dg Fi Edit View Project Debug Profiler GEL自Eea了eA11L。adPTR Load symbol10Adf SymbolReload pr.Load gelEiLe工图将设置为设置为设置为(图)Loading File into LAddressinputFagOK上ance1Hely2运行程序,点击叫按钮,程序即开始运行查看滤波器滤波效果打开(图)2/C54x Simulator (Texas Instruments)CPU - C54x(Simula File Edit view Project Debug Profiler GEL Opti on Tools DSF/EI20090614pit v Project Toolbar多画函了y edit tooleStatus rs0:1434E846FilesPlugin Too_bars00:1436L 4GE0:1436F73口Pia20:1438Memor00:143877180d:143A日EE8CPU Registers00:143D6F8图在上一步出现的对话框中,按如图设置:Graph Property Dialo冈ingle Timeaph Tt art AddressInputPageDat ation Buff20囗Index工 nCP EmerⅣ1sp1 as Iata s1reISP Data Type16-bit sAmp1 ing R& e (Hi〕PLatⅡ ata FroLe上 t to RightLe ft-shi fted Data DisplayAutoscaLees DisplayILHelp图如果出现的波形图太大,在图形上点右键,将之前的勾去掉,即会变成如图的波形t1Ee+434.11540〕Lin Auto S图重复前三个步骤,只改变图形选项中的使之最后出现如下的图形:input FT了L10011gin Auto s‖m.0FFT Magoutputoutput FFIE48B+de10TAtS‖I,10516FFT MLin Auto s图左上角:输入数据时域图右上角:输入数据频谱(左下角:输出数据时域图右下角:输出数据频谱(

本DEMO为工作项目的部分内容，STM32f107 作为TCP客户端访问WEB站点 ，使用http/1.1格式上传并获取WEB数据。附件WORD文档为项目的接口格式说明。 应用层：HTTP数据格式解析 MAX层：stm32f107 传输层：LWIP协议栈

HFSS功分器 微带结构 可修改参数，用在不同频带(HFSS Splitter microstrip structure can modify the parameters used in different frequency bands)

检测估计和调制理论作者简介　　Harry L.Van Trees 美国麻省理工学院电子工程系教授，曾担任美国空军首席科学家、美国国防通信署首席科学家等要职。 　迄今为止，本书仍然是公认的关于检测、参数估计和线性与非线性调制波形估计方面的一本论述详尽、深入、成功的著作。也是一本较好的研究生教材。内容是研究发生在通信、雷达和声纳中被噪声污染了的各种线性与非线性调制、随机与非随机波形的最佳处理的数学方法和物理结构，各种系统可能达到的性能极限和影响它的各种因素。全书包括导论、经典检测和估计理论、随机过程的描述、信号检测与信号参数估计、连续波估计、线性估计和讨论等7章。每章附有相当数量的扩大内容

51单片机基于DS18B20和1602液晶的综合应用(it is 51 microcontroler aplication)

CMW500的资料不多，这是非常不错的参考资料R&s CMW 500Contents overviewContents overview1 Preparing the Instrument for Use2 Getting Started3 System Overview4 Basic Instrument functions5 Remote Control6 System Command Reference7 General Purpose RF Applications8 GSM Applications9 WCDMA Applications10 WiMAX Applications11 AnnexesNote about Faceless InstrumentsChapter 1 of this manual gives an overview of the front panel controls and connectorsof the R&s CMW 500 Wideband Radio Communication Testers with display and givesall information that is necessary to put the instrument into operation and connectexternal devices. The application examples in Chapter 2 and the following chapters arealso based on a r&S CMW 500 with displayThe measurement functionality of the two instrument types is identical. You can test allmeasurement examples reported in this manual using an r&S CMW 500 withoutdisplay that is controlled from the Graphical User Interface displayed on an externalmonitor or pcFor specific information concerning faceless instruments refer to your quick start guide.Operating Manual 1202. 3986.32-03R&s CMW 500ContentsContents1 Preparing for Use…日日画1.1 Front Panel Tour1.1.1 Utility Keys…1.1.2 Status LEDs and Standby Key1.1.3 Display…1.1.4 Softkeys and Hotkeys1.1.5 Setup Keys1.1.6 Data Entry Keys223334561.1.7 Rotary Knob and Navigation Keys1.1.8 Front panel connectors1.1.8. 1 RF Connectors1.1.8.2 LAN Connector1.183 SENSOR Connector1.184 USB Connectors1.1.8.5 AF Connectors888881.2 Rear panel tour:::::B:1.3 Putting the Instrument into Operation1.3.1 Unpacking the instrument and checking the shipment1.3.2 Instrument Setup...............001.3.3 Bench Top Operation1.3.4 Mounting in a 19 Rack121.3.5 EMI Protective measures131.3.6 Connecting the Instrument to the AC Supply131.3.7 Power on and off…131.3.8 Replacing Fuses141.3.9 Standby and ready state141.4 Maintenance15Operating manual 1202.3986.32-03R&s CMW 500Contents1.4.1 Storing and Packing151.5 Connecting External Accessories…………,…,…,…,…,…,…,………,……….151.5.1 Connecting a mouse161.5.2 Connecting a Keyboard161.5.3 Connecting a Printer1.5. 4 Connecting a monitor1.5.5 Connecting a LAN Cable788916 Starting the R&scMW500 and Shutting D。wn…,.....,.,…,,,191.7 Remote Operation in a LAN...........-.201.7.1 Assigning an IP Address201.7.2 Remote Desktop Connection221.8 Windows xP国国国面1.9 Firmware Update…,,…,,,,,,,,,",…,…222 Getting Started,…,…,…252.1 Basic tasks.…252.1.1 Accessing Dialogs252.1.2 Using Keyboard Shortcuts272.1.3 Data entr272.14 Using Front Panel Keys.……282.1.5 Using an External Keyboard2.1.6 Task bar302.2 Sample Session…312.2.1 Generating an rf signal312.2.1.1 GPRF Generator2.2.2 Measuring an RF Signal332.2.2.1 GPRE Power333 System Overview…363.1 Generators363.1.1 Generator Control363.1.2 RF Path Settings(Generators)37Operating manual 1202.3986.32-03R&s CMW 500Contents3.2 Measurements383.2.1 Measurement control383.2.2 Connection Control(Measurements393.2.3 Statistical Settings3. 2. 4 Statistical Results3.2.4.1 Statistics Type423.2.4.2 Detectors433.2.4.3Peak∨ alues.433244 Averaging…443.245 Standard deviation143.2.5 Trigger Settings453.2.6 TX Measurements453.2.6.1 Power results463.2.6.2 Modulation accuracy3.2.6.3 Adjacent Channel Power(Spectrum)493.2.6.4 Spectrum Emission Mask493.2. 6.5 Code domain power503.2.6.6 Multi-Evaluation measurements4 Basic Instrument Functions534.1.1 Startup Dialog534.2 Utility Dialogs544.2.1 Reset Dialog..4.2.2 Print Dialog554.2.3 Save/Recall Dialog564.3 Setup Dialog…,,,,…574.3.1 Activating Options584.3.2 Selftests…594.3.2.1 General test features604.3.2.2 Board Tests614.3.23 System Tests…62Operating Manual 1202.3986.32-03R&s CMW 500Contents4.3.2.4 Performing Selftests24.3.25 Selftest Parameters634.3.3 Reference Frequency654.3.3.1 Reference Frequency Settings654.3.4 Measurement Controller Dialog664.3.5 Generator Controller Dialog665 Remote Control685.1 Remote Control Operation685.1.1 Establishing and Testing a LAN Connection705.1.2 Switchover to remote control5.1.3 Return to Manual Operation715.2 Messages国国国面…725.2.1 VXI-11 Interface Messages725.2.2 GPIB Bus Interface Messages..725.2.3 Device Messages(Commands and Device Responses)735.2. 4 SCPl Command structure and syntax735.2.4.1 Common commands745.2.4.2 Instrument-Control Commands5.2.4,3 Structure of a command line765.2.4.4 Responses to Queries5.2.45 SCPI Parameters,775.2.4.6 Use of SCPl Subsystems95.3 R&s CMW Software and command structure5.3.1 General command structure5.3.2 Firmware applications815.3.3 Measurement Contexts and views5.4 Control of the instrument825.4.1 Measurement Control825.4.1.1 Measurement states and measurement control commands835.4.1.2 INITiate: : MEASurement84Operating manual 1202.3986.32-03R&s CMW 500Contents5.4.1.3 ABORt: MEASurement 8554.14sTOP:< Application> MEASurement>.,……855.4.1.5 Measurement substates855.4.2 Statistical Settings865.4.3 Retrieving Measurement Results885.4,3. FEtCh.? Command885.4.3.2 READ.? Command∴8954.33 Retrieving Single∨ alues and traces.…5.4.4 Reliability Indicator5.4.4.1 Common Reliability Indicator……5.4.5 Multi-Evaluation Measurements5.4.6 Generator control925. 4.7 RF Path Settings945.4.8 Resource and path Management∴945.4.8. 1 Basic RPM Principles5.4.8.2 Queuing of Measurements∴9654.83 Causes for task Conflicts5.4.8.4 Monitoring Measurement and Generator States995.5 Command Processing...:::::B:995.5.1 Input Unit1005.5.2 Command Recognition1005.5.3 Data base and instrument hardware1015.5.4 Status Reporting System1015.5.5 Output Un1025.6 Status Reporting System1025.6.1 Overview of status Registers1035.6.2 Structure of an SCPl Status Register…1035.6.2.1 Description of the five status register parts1045.6.3 Contents of the Status Registers1055.6.3.1 STB and sre.105Operating manual 1202.3986.32-03R&s CMW 500Contents5.6.3.2 IST Flag and pPe.1065.6. 3.3 EsR and ese∴1075.6.3 4 STATus: OPERation1085.6.3.5 STATus QUEStionable1085.6.4 Application of the status reporting s ystem1085.6.4.1 Service Request1085.6.4.2 Serial poll1095.6.4.3 Parallel poll1095.6.4.4 Query of an Instrument Status1105.64.5 Error queue.….115.6.5 Reset Values of the Status Reporting System1116 Command reference∴∴11361 Special Terms and Notation…,…………,…,…,………,…,…,,…,………………1136.2 Common commands1156.3 Instrument-Control commands.117631 MMEMory Commands…..,,,…,,……1176.3.2 Ref Frequency Commands1206.3.3 STATus Commands1216.3.4 SYSTem Commands1256.3.5 LAN Services1256.3.6 Miscellaneous Instrument Settings1286. 4 Alphabetical List of Commands System)1317 GPRF Applications1337.1 GPRF Measurements and generators1337.1.1 General Purpose RF Generato.1337.1.1.1 GPRF Generator(Constant Frequency)1337.1.1.2 Arbitrary RF Generator(Option R&S CMW-B110 A)1347.1.13 List Mode∴1357.1.2 Power measurement1357.1.2.1 Test Setup…135Operating manual 1202.3986.32-03