2020年2月19日，欧委会发布《欧洲数据战略》报告（AEuropeanStrategyfordata），概述了欧盟未来五年实现数据经济所需的政策措施和投资策略。
该战略将在尊重欧洲“以人为本”的核心价值观基础上，通过建立跨部门治理框架、加强数据基础设施投资、提升个体数据权利和技能、打造公共欧洲数据空间等措施，将欧洲打造成全球最具吸引力、最安全和最具活力的数据敏捷经济体（data-agileeconomy）。
1.面向数据访问和使用的跨部门治理框架2.使能作用：投资数据，增强欧洲数据托管、处理和应用能力3.能力：个人赋权，增强技能培养和中小企业投资4.针对战略领域和公共领域建设通用欧洲数据空间

Agilent_ADS_2011破解软件，另外附带详细的破解安装方法，已经实验成功，欢迎大家下载。

RF系统设计，PCB阻抗计算WhatisAppCAD?“AppCADisaneasy-to-useprogramthatprovidesyouwithauniquesuiteofRFdesigntoolsandcomputerizedApplicationNotestomakeyourwirelessdesignjobfasterandeasier.AppCAD'sunique,interactiveapproachmakesengineeringcalculationsquickandeasyformanyRF,microwave,andwirelessapplications.AppCADisusefulforthedesignandanalysisofmanycircuits,signals,andsystemsusingproductsfromdiscretetransistorsanddiodestoSiliconandGaAsintegratedcircuits.ThekeywordforAppCADiseasy-nocircuitfiles,nomanuals-justquickandeasy.“

一、软件说明:1.基本功能:1)读取测量仪器的RS232串口数据,并以曲线形式实时显示;2)自动X-坐标/Y-坐标,自动滚屏3)同时支持手动曲线的拖动与缩放(需要鼠标滚轮配合);4)所有数据同时自动存入数据文件(每5秒自动存盘一次),文本格式(.TXT),可方便处理成Excel格式.5)数据文件中同时记录了每个数据的接收时刻(精确到ms)6)支持屏幕截图;7)屏幕曲线最多能显示50万条记录,但存储到数据文件时,则没有限制.2.软件的初衷:实时图形化显示53131A频率计(应该能适用于53132A,53181A)的测量结果,操作简单,结果快速直观,从Ver0.41版开始支持Agilent/HP34401A;欢迎朋友们试用于其他仪器的数据采集,据说,Solartron7081也能用;如果有必要,会陆续添加其他协议,以支持更多的仪器.3.软件采用只听方式,不向仪器发送任何数据/命令.4.软件仍在不断完善过程中,会不定期改进/更新,直到没有使用价值为止,欢迎朋友批评.5.可以随意使用/传播该软件,但对因此取得的成绩及造成的不良后果,软件作者不承担任何责任.谢谢.详细可参见:http://bbs.38hot.net/read.php?tid=15499

LearnhowtoexecutewebapplicationpenetrationtestingfromendtoendKeyFeaturesBuildanendtoendthreatmodellandscapeforWebApplicationSecurityGainhands-onexperienceofusingtoolslikeNmap,Metasploit,andBurpSuiteUnderstandthewebapplicationvulnerabilitiesandlearntheheartofwebintrusiontestingElevateyourskillstoassociatethenetworkvulnerabilitiestoawebapplicationinfrastructureBookDescriptionCompaniesallovertheworldwanttohireprofessionalsdedicatedinApplicationSecurity.Thistopicismisunderstoodbythesecuritycommunity.Inthisbook,youwilllearnhowtoconductapplicationsecuritytestingusingreallifescenarios.PracticalWebPenetrationTestingstartsbysettingupyourenvironmenttoperformwebapplicationpenetrationtesting.Youwillthendeepdiveintodifferentpenetrationtestingconceptslikethreatmodeling,intrusiontest,infrastructuresecuritythreatandsoon.Thebookwillalsocoveradvanceconcepts.likepythonscriptingforautomation.YouwillthendiscoverendtoendimplementationoftoolslikeMetasploit,Burpsuite,andKaliLinux.ManycompaniesouttheredeliverprojectsintoproductioneitherusingtheagilemethodologyortheWaterfallmethodology.ThisbookwillshowyouhowtoassistanycompanywiththeirSDLCapproachandguideyoutobecomeanapplicationsecurityspecialist.Bytheendofthisbook,youwillhavehands-onknowledgeofusingdifferenttoolsforpenetrationtesting.WhatyouwilllearnLearnhowtouseBurpSuiteeffectivelyUseNmap,MetasploitandmoretoolsfornetworkinfrastructuretestsPracticealltheWebApplicationHackingToolsforintrusiontestsusingKaliLinuxLearnhowtoanalyseawebapplicationusingApplicationThreatModelingKnowhowtoconductWebIntrusionTestsUnderstandhowtoexecuteNetworkInfrastructureTestsMasteryourskillsbyautomatingthePenetrationTestingfunctionsformaximumofefficiencyusingPythonW

TheNexusFrameworkforScalingScrum:ContinuouslyDeliveringanIntegratedProductwithMultipleScrumTeamsImproveandAccelerateSoftwareDeliveryforLarge,Distributed,ComplexProjectsTheNexusFrameworkisthesimplest,mosteffectiveapproachtoapplyingScrumatscaleacrossmultipleteams,sites,andtimezones.CreatedbyScrum.org—thepioneeringScrumtrainingandcertificationorganizationfoundedbyScrumco-creatorKenSchwaber—Nexusdrawsondecadesofexperiencetoaddresstheuniquechallengesteamsfaceincomingtogether,sharingwork,andmanagingandminimizingdependencies.TheNexus™FrameworkforScalingScrumisaconcisebookthatshowshowNexushelpsteamstodeliveracomplex,multi-platform,software-basedproductinshort,frequentcycles,withoutsacrificingconsistencyorquality,andwithoutaddingunnecessarycomplexityorstrayingfromScrum’scoreprinciples.Usinganextendedcasestudy,theauthorsillustratehowNexushelpsteamssolvecommonscalingchallengeslikereducingcross-teamdependencies,preservingteamself-organizationandtransparency,andensuringaccountability.Understandthechallengesofdeliveringworking,integratedproductincrementswithmultipleteams,andhowNexusaddressesthemFormaNexusaroundaneworexistingproductandlearnhowthatNexussetsgoalsandplansitsworkRunSprintswithinaNexus,providetransparencyintoprogress,conducteffectiveNexusSprintreviews,anduseNexusSprintRetrospectivestocontinuouslyimproveOvercomethedistributedteamcollaborationchallengesTableofContentsChapter1IntroductiontoScalingAgileChapter2IntroducingNexusChapter3FormingaNexusChapter4PlanninginNexusChapter5RunningaSprintinNexusChapter6EvolvingtheNexusChapter7TheNexusinEmergencyModeChapter8RetrospectiveontheNexusJourney

Progressinsoftwareengineeringhasbeenremarkableovermyprofessionallifetime.Oursocietiescouldnotfunctionwithoutlarge,professionalsoftwaresystems.Forbuildingbusinesssystems,thereisanalphabetsoupoftechnologies—J2EE,.NET,SaaS,SAP,BPEL4WS,SOAP,CBSE,etc.—thatsupportthedevelopmentanddeploymentoflargeenterpriseapplications.Nationalutilitiesandinfrastructure—energy,communications,andtransport—allrelyoncomplexandmostlyreliablecomputersystems.SoftwarehasallowedustoexplorespaceandtocreatetheWorldWideWeb,themostsignificantinformationsysteminthehistoryofmankind.Humanityisnowfacedwithanewsetofchallenges—climatechangeandextremeweather,decliningnaturalresources,anincreasingworldpopulationtobefedandhoused,internationalterrorism,andtheneedtohelpelderlypeopleleadsatisfyingandfulfilledlives.Weneednewtechnologiestohelpusaddresstheseproblemsand,forsure,softwarewillplayacentralroleinthesetechnologies.Softwareengineeringis,therefore,acriticallyimportanttechnologyforthefutureofmankind.Wemustcontinuetoeducatesoftwareengineersanddevelopthedisciplinesothatwecancreatemorecomplexsoftwaresystems.Ofcourse,therearestillproblemswithsoftwareprojects.Softwareisstillsometimeslateandcostsmorethanexpected.However,weshouldnotlettheseproblemsconcealtherealsuccessesinsoftwareengineeringandtheimpressivesoftwareengineeringmethodsandtechnologiesthathavebeendeveloped.Softwareengineeringisnowsuchahugeareathatitisimpossibletocoverthewholesubjectinonebook.Myfocus,therefore,isonkeytopicsthatarefundamentaltoalldevelopmentprocessesandtopicsconcernedwiththedevelopmentofreliable,distributedsystems.Thereisanincreasedemphasisonagilemethodsandsoftwarereuse.Istronglybelievethatagilemethodshavetheirplacebutsotoodoes‘traditional’plan-dri

FreesoftwareforagilehandlingofTradosStudiotasks.

提出了一种普及混频器线性度的方式：付与交织差分的结构替换原有的混频器结构.改善后，输入信号的三次谐波会被消除了，混频器的三阶阻滞点也患上到改善.混频器责任电压1.8V，射频信号5GHz，电路付与0.18μmCMOS工艺，使用Agilent公司的先进方案体系ADS(advanceddesignsystem)对于电路举行仿真方案.仿真下场评释，经由改善后，混频器IP3普及3.5dB（线性度普及），转换增益普及4.8dB.

AgiledevelopmentishavingasignificantimpactontheBusinessAnalystco妹妹unity.Agileintroducesasignificantshiftinhowteamslookatrequirementsandwhentheyaredefinedintheprocess.AgileBusinessAnalystsareanintegratedpartoftheteamthroughoutthelifeoftheprojectandfacilitatecollaborationacrossabroadercrosssectionoftheprojectteamandthebusiness.Collaboration,facilitation,leadership,coaching,andteambuildingbecomesignificantnewskillsrequiredforBusinessAnalystsonAgileprojects.Leadershipandcollaborationarekeycomponentscriticaltotheirsuccess.

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。