盘算机收集：自顶向下方式（原书第7版)。
英文原版，无水印，数字版。
Motivatesreaderswithatop-down,layeredapproachtocomputernetworkingUniqueamongcomputernetworkingtexts,theSeventhEditionofthepopularComputerNetworking:ATopDownApproachbuildsontheauthor’slongtraditionofteachingthiscomplexsubjectthroughalayeredapproachina“top-downmanner.”Thetextworksitswayfromtheapplicationlayerdowntowardthephysicallayer,motivatingreadersbyexposingthemtoimportantconceptsearlyintheirstudyofnetworking.FocusingontheInternetandthefundamentallyimportantissuesofnetworking,thistextprovidesanexcellentfoundationforreadersinterestedincomputerscienceandelectricalengineering,withoutrequiringextensiveknowledgeofprogra妹妹ingormathematics.TheSeventhEditionhasbeenupdatedtoreflectthemostimportantandexcitingrecentadvancesinnetworking.

本资源搜罗:1.最新版的WinIO(v3.0).WinIo32.dll,WinIo32.sys,WinIO64.dll,WinIO64.sys.2.DumpPort.exe以及DumpPhys.exe实例.3.C#挪用源码.4.VB6挪用源码.5.Help文件,齐全函数教学.此版反对于64位体系,但再也不反对于Win9x.对于WinIOv3.0:TheWinIolibraryallows32-bitand64-bitWindowsapplicationstodirectlyaccessI/Oportsandphysicalmemory.Version3.0offersthefollowingfeatures:Supports32-bitand64-bitplatforms(Itaniumexcluded).WinIocannowbeusedbymultipleapplicationsconcurrently.NewC#samples.Bugfixesinthisversion:Fixedabugthatpreventedaccessingphysicalmemoryabove2GB.FixedabugthatledtotheWinIodrivergettinguninstalledwhencallingShutdownWinIoifthedriverwassettoloadduringbootwithInstallWinIoDriver.Note:SupportforWindows9x/MEhasbeenremoved.Ifyouneedtosupporttheseoperatingsystems,pleaseuseWinIov2.

提起PBRT(PhysicallyBasedRendering:FromTheorytoImplementation)这本书,在图形学业界然则鼎鼎大名,该书患上到2005年软件界Jolt图书类大奖.这本书与众不同的是把现今图形学至关低级的实际造诣联系到详尽实现上来,体系而又详尽地叙述若何作出一流水准的图形渲染器的方方面面

DescriptionModelingandSimulationinPythonModelingandSimulationinPythonisanintroductiontophysicalmodelingusingacomputationalapproach.Itisorganizedinthreeparts:Thefirstpartpresentsdiscretemodels,includingabikesharesystemandworldpopulationgrowth.Thesecondpartintroducesfirst-ordersystems,includingmodelsofinfectiousdisease,thermalsystems,andchemicalkinetics.Thethirdpartisaboutsecond-ordersystems,includingmechanicalsystemslikeprojectiles,celestialmechanics,androtatingrigidbodies.Takingacomputationalapproachmakesitpossibletoworkwithmorerealisticmodelsthanwhatyoutypicallyseeinafirst-yearphysicsclass,withtheoptiontoincludefeatureslikefrictionanddrag.Pythonisanidealprogra妹妹inglanguageforthismaterial.Itisagoodfirstlanguageforpeoplewhohavenotprogra妹妹edbefore,anditprovideshigh-leveldatastructuresthatarewell-suitedtoexpresssolutionstotheproblemsweareinterestedin.

快速入门机器人学需掌握的工具书。
活动规划。
WEFIRSTandforemostwanttothankourstudents,whowereincrediblysupportiveofuswhenwritingthisbook.WewouldliketothankthemembersoftheBiorobotics/SensorBasedPlanningLabatCarnegieMellon,especiallyJiYeongLee;theLaboratoryforIntelligentMechanicalSystemsatNorthwestern;theroboticsgroupintheBeckmanInstituteattheUniversityofIllinois,UrbanaChampaign;thePhysicalandBiologicalComputingGroupatRice,especiallyAndrewLaddandErionPlaku;theLabforAutonomousIntelligentSystemsattheUniversityofFreiburg,especiallyDirkHähnelandCyrillStachniss;andtheStanfordandCarnegieMellonLearningLabs,fortheircontributionsandeffortsforthisbook.

ISO11898CAN标准系列最新版包含5个部分，分别是ISO11898-1到ISO11898-5，简略内容如下：ISO11898-1-2003.pdf（老版标准）ISO11898-1-2015.pdf（新版标准-CANFD）DatalinklayerandphysicalsignallingISO11898-2-2003.pdfISO11898-2-2016.pdfspecifiesthehigh-speed(transmissionratesofupto1Mbit/s)mediumaccessunit(MAU)ISO11898-3-2006specifiescharacteristicsofsettingupaninterchangeofdigitalinformationbetweenelectroniccontrolunitsofroadvehiclesequippedwiththeCANattransmissionratesabove40kBit/supto125kBit/s.ISO11898-4-2004.pdfspecifiestime-triggeredcommunicationintheCANISO11898-5-2007.pdfspecifiestheCANphysicallayerfortransmissionratesupto1Mbit/sforusewithinroadvehicles.

视觉互动网络GoogleDeepmind的VisualInteractionNetworks的Tensorflow实现。
在Tensorflowr1.2上实现。
“关系推理的另一个关键部分涉及到预测物理场景中的未来。
人们一眼就能推断出物体在哪里，而且还能推断出在接下来的几秒钟，几分钟甚至更长的时间内物体会发生什么。
例如，如果您将足球踢到墙壁上，您的大脑会预测当球撞击墙壁时会发生什么，以及随后的运动会遭到怎样的影响（球会以与踢球成正比的速度跳动，并且-在大多数情况下，-墙壁将保留在原位）。
”摘自Deepmind的一篇文章N对象重力模拟要更改配置值，请检查常量脚本。
catconstracts.py为了生成图像和数据，pythonphysical_engines.py用于建模视觉交互网络pythongravity_vin.py数据数据是从我自己

SDSpecifications_Part_1_Physical_Layer_Specification_Ver3.00_Final_090416

SAE_J3061_CybersecurityGuidebookforCyber-PhysicalVehicleSystems

Publisher:PrenticeHallPTRPubDate:September15,2003ISBN:0-13-066946-6Pages:608Section2.7.TheSpectrumofanIdealSquareWaveSection2.8.FromtheFrequencyDomaintotheTimeDomainSection2.9.EffectofBandwidthonRiseTimeSection2.10.BandwidthandRiseTimeSection2.11.WhatDoes"Significant"Mean?Section2.12.BandwidthofRealSignalsSection2.13.BandwidthandClockFrequencySection2.14.BandwidthofaMeasurementSection2.15.BandwidthofaModelSection2.16.BandwidthofanInterconnectSection2.17.BottomLineChapter3.ImpedanceandElectricalModelsSection3.1.DescribingSignal-IntegritySolutionsinTermsofImpedanceSection3.2.WhatIsImpedance?Section3.3.Realvs.IdealCircuitElementsSection3.4.ImpedanceofanIdealResistorintheTimeDomainSection3.5.ImpedanceofanIdealCapacitorintheTimeDomainSection3.6.ImpedanceofanIdealInductorintheTimeDomainSection3.7.ImpedanceintheFrequencyDomainSection3.8.EquivalentElectricalCircuitModelsSection3.9.CircuitTheoryandSPICESection3.10.IntroductiontoModelingSection3.11.TheBottomLineChapter4.ThePhysicalBasisofResistanceSection4.1.TranslatingPhysicalDesignintoElectricalPerformanceSection4.2.TheOnlyGoodApproximationfortheResistanceofInterconnectsSection4.3.BulkResistivitySection4.4.ResistanceperLengthSection4.5.SheetResistanceSection4.6.TheBottomLineChapter5.ThePhysicalBasisofCapacitanceSection5.1.CurrentFlowinCapacitorsSection5.2.TheCapacitanceofaSphereSection5.3.ParallelPlateApproximationSection5.4.DielectricConstantSection5.5.PowerandGroundPlanesandDecouplingCapacitanceSection5.6.CapacitanceperLengthSection5.7.2DFieldSolversSection5.8.EffectiveDielectricConstantSection5.9.TheBottomLineChapter6.ThePhysicalBasisofInductanceSection6.1.WhatIsInductance?Section6.2.InductancePrinciple#1:ThereAreCircularMagneti

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。