AnexplosionofWeb-basedlanguagetechniques,mergingofdistinctfields,availabilityofphone-baseddialoguesystems,andmuchmoremakethisanexcitingtimeinspeechandlanguageprocessing.Thefirstofitskindtothoroughlycoverlanguagetechnology–atalllevelsandwithallmoderntechnologies–thisbooktakesanempiricalapproachtothesubject,basedonapplyingstatisticalandothermachine-learningalgorithmstolargecorporations.Buildseachchapteraroundoneormoreworkedexamplesdemonstratingthemainideaofthechapter,usingtheexamplestoillustratetherelativestrengthsandweaknessesofvariousapproaches.Addscoverageofstatisticalsequencelabeling,informationextraction,questionansweringandsu妹妹arization,advancedtopicsinspeechrecognition,speechsynthesis.

ClockGenerationandDistributionMEMSInertialSensorsTemperatureSensorsAmplifiersandLinearComparatorsAmplifiersandLinearVoltageReferencesAudioandVideoVideoAmps,BuffersandFiltersInterfaceandIsolationDigitalIsolatorsInterfaceandIsolationLevelTranslatorsInterfaceandIsolationProtectionProductsPowerManagementLinearRegulatorsPowerManagementMulti-OutputRegulatorsSwitchesandMultiplexersAnalogCrosspointSwitchesSwitchesandMultiplexersAnalogSwitchesSwitchesandMultiplexersDigitalCrosspointSwitchesSwitchesandMultiplexersMultiplexers(Muxes)DataConvertersAnalog-to-DigitalConvertersDataConvertersDigital-to-AnalogConvertersOperationalAmplifiersRFIFAmplifiersRFIFAttenuatorsVGAsandFiltersRFIFDetectorsRFIFDirectDigitalSynthesisRFIFIntegratedTransceiversTransmittersandReceiversRFIFMixersandMultipliersRFIFModulatorsandDemodulatorsRFIFPLLSynthesizersandVCOsRFIFPrescalers(Microwave)RFIFSwitchesRFIFTimingICsandClocks

Chapter1:High-LevelSynthesisIntroductiontoC-BasedFPGADesign.................................................6UnderstandingVivadoHLS.........................................................14UsingVivadoHLS.................................................................23DataTypesforEfficientHardware...................................................76ManagingInterfaces..............................................................84DesignOptimization.............................................................129RTLVerification.................................................................183ExportingtheRTLDesign..........................................................193Chapter2:High-LevelSynthesisCLibrariesIntroductiontotheVivadoHLSCLibraries...........................................202ArbitraryPrecisionDataTypesLibrary...............................................202HLSStreamLibrary...............................................................219HLSMathLibrary................................................................226HLSVideoLibrary................................................................236HLSIPLibraries...................

SpeechSynthesisPaulTaylor.

很好的学习资料，中文英文都有，可以根据本人的情况学习

AnexplosionofWeb-basedlanguagetechniques,mergingofdistinctfields,availabilityofphone-baseddialoguesystems,andmuchmoremakethisanexcitingtimeinspeechandlanguageprocessing.Thefirstofitskindtothoroughlycoverlanguagetechnology–atalllevelsandwithallmoderntechnologies–thisbooktakesanempiricalapproachtothesubject,basedonapplyingstatisticalandothermachine-learningalgorithmstolargecorporations.KEYTOPICS:Buildseachchapteraroundoneormoreworkedexamplesdemonstratingthemainideaofthechapter,usingtheexamplestoillustratetherelativestrengthsandweaknessesofvariousapproaches.Addscoverageofstatisticalsequencelabeling,informationextraction,questionansweringandsu妹妹arization,advancedtopicsinspeechrecognition,speechsynthesis.Revisescoverageoflanguagemodeling,formalgra妹妹ars,statisticalparsing,machinetranslation,anddialogprocessing.MARKET:Ausefulreferenceforprofessionalsinanyoftheareasofspeechandlanguageprocessing.

AnexplosionofWeb-basedlanguagetechniques,mergingofdistinctfields,availabilityofphone-baseddialoguesystems,andmuchmoremakethisanexcitingtimeinspeechandlanguageprocessing.Thefirstofitskindtothoroughlycoverlanguagetechnology–atalllevelsandwithallmoderntechnologies–thisbooktakesanempiricalapproachtothesubject,basedonapplyingstatisticalandothermachine-learningalgorithmstolargecorporations.KEYTOPICS:Buildseachchapteraroundoneormoreworkedexamplesdemonstratingthemainideaofthechapter,usingtheexamplestoillustratetherelativestrengthsandweaknessesofvariousapproaches.Addscoverageofstatisticalsequencelabeling,informationextraction,questionansweringandsu妹妹arization,advancedtopicsinspeechrecognition,speechsynthesis.Revisescoverageoflanguagemodeling,formalgra妹妹ars,statisticalparsing,machinetranslation,anddialogprocessing.MARKET:Ausefulreferenceforprofessionalsinanyoftheareasofspeechandlanguageprocessing.

ContentsContents....................................................................................................................................................................Preface...................................................................................................................................................................Chapter1DesigningMicroprocessors......................................................................................1.1OverviewofaMicroprocessor.......................................................................................................................1.2DesignAbstractionLevels..............................................................................................................................1.3Examplesofa2-to-1Multiplexer...................................................................................................................1.3.1BehavioralLevel....................................................................................................................................1.3.2GateLevel..............................................................................................................................................1.3.3TransistorLevel.....................................................................................................................................1.4IntroductiontoVHDL....................................................................................................................................1.5Synthesis.......................................................................................................................................................1.6GoingForward..............................................................................................................................................1.7Su妹妹aryChecklist.................................

随着经济全球化、管理现代化的到来，信息化建设已提到议事日程。
国家机关、高等院校、参与国际竞争的大企业等企事业单位为了提高现代化管理水平、为了在激烈的市场竞争中获胜，纷纷不同程度地加强信息化建设，如组建自己的局域网、实施适用本单位或本部门的企业级MIS（管理信息系统）项目或ERP（企业资源计划）项目,通过Internet向外发布信息等。
因此，如何将计算机技术和网络技术运用于企业管理，构成基于Web的办公自动化系统（OfficeAutomationSystem,简称OAS），成为我们重要的开发项目之一。
基于此，本文研究的就是利用Sun公司推出的比较优秀的Web服务器端应用程序开发技术JSP设计和STRUTS架构以及东软公司开发的通用企业开发平台UniEAP架构与实现的日程安排管理系统（SchedulerManagementsSystem，简称SMS）。
本文首先对办公自动化系统和日程安排管理系统进行了详尽的阐述，充分的展示了日程安排对企业的重要性，并在详细的需求调研后对日程安排管理系统进行分析，设计了此系统的整体结构和功能模块，即日程安排管理系统分成了个人设置模块、日程查询模块、个人日程模块和他人日程四大功能模块，在各模块下又下设了详细功能子模块，并进行了数据库设计与连接。
接下来，本文又详细介绍了基于Web的日程安排管理系统的最终实现方法。
关键词办公自动化，JSP,STRUTS,UniEAP,日程安排管理系统CountryResourceofOfficeAutomatizationSystemAbstractUnderglobaleconomyandmodernadministration’srequirement,theinformationprocessingisbecomingmoreandmoreimportant.Inordertoimprovetheirabilityofadministrationandtocatchthestepofmarket,manyGovernments,enterprisesandEducationalgraduallyrealizethesignificanceoftheinformationprocessingandbegintoupgradeit.Forexample,toorganizetheirownLocalareanetwork,ortoperformMIS(ManagementInformationSystem)orERP(EnterprisesRecoursePlatform),witchaccordingtotheiractualcondition.HowtousecomputerandInternetinenterprisemanagement,enterpriseallianceanddistributeddepartments,buildingenterpriseOAS(OfficeAutomationSystem)basedonweb,itbecomesourresearchdirection.So,theauthorwillusethetechnologybaseonWebavailableofJSPwhichproducedbySundesignandSTRUTSimpracticableandUniEAPofneusoftimplementationoftheSMS(SchedulerManagementsSystem).Inthisarticle,OASandSMSareexplicateddetailed,Humanresourcemanagementsaresoimportantthatitcandecideacorporation’sfortune.Theauthordividestheschedulermanagementssystemintofourparts:thedealwithsettingofpersonoperations,thesynthesisofquery,thescheduleofpersonandthescheduleofotherpersonawardingonwhichfourpartsdata-b

本文基于创龙科技TLK7-EVM开发板，主要引见HLS案例的使用说明.XilinxVivadoHLS（High-LevelSynthesis，高层次综合）工具支持将C、C++等语言转化成硬件描述语言，同时支持基于OpenCL等框架对Xilinx可编程逻辑器件进行开发，可加速算法开发的进程，缩短产品上市时间。

在日常工作中，钉钉打卡成了我生活中不可或缺的一部分。然而，有时候这个看似简单的任务却给我带来了不少烦恼。 每天早晚，我总是得牢记打开钉钉应用，点击"工作台"，再找到"考勤打卡"进行签到。有时候因为工作忙碌，会忘记打卡，导致考勤异常，影响当月的工作评价。而且，由于我使用的是苹果手机，有时候系统更新后，钉钉的某些功能会出现异常，使得打卡变得更加麻烦。 另外，我的家人使用的是安卓手机，他们也经常抱怨钉钉打卡的繁琐。尤其是对于那些不太熟悉手机操作的长辈来说，每次打卡都是一次挑战。他们总是担心自己会操作失误，导致打卡失败。 为了解决这些烦恼，我开始思考是否可以通过编写一个全自动化脚本来实现钉钉打卡。经过一段时间的摸索和学习，我终于成功编写出了一个适用于苹果和安卓系统的钉钉打卡脚本。