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第1部分-SearchResult和SearchResultController搜索结果此应用程序使用iTu

ComputerConstructionPrinciplesandPracticesThisexcitingnewbookcombinesadetailedstudyofmoderntheoriesofcompilerdesignwithacompletedescription(withsourcecode)ofaworkingcompilerforasmalllanguage.Thebookreflectstheauthor'sconvictionthatpracticalaspectsofcompilerdesigncannotbeunderstoodwithoutagraspoftheory,andthattheorycannotbetrulycomprehendedbyundergraduatestudentswithoutseeingitputintoactualpractice.Unifyingthetext'sdiscussionofconceptsisacompleteworkingcompilerwritteninCanddevelopedusingthetechniquesdiscussedineachchapter.Extensiveexercisesetsattheendofeachchapterfocusstudent'sattentiononspecificprogrammingproblems

可以破解IAR嵌入式：ARMMCS-51AVR32RENESASM16CNEC78KMSP430SAMSUNGSAM8

FPGA上运行人脸识别源代码，ThisprojectattemptstorealizeafacedetectorusingVoila-Jonesalgorithm.ThereferenceCmodelisborrowedfrom[5kk73GPUAssignment2012](https://sites.google.com/site/5kk73gpu2012/assignment/viola-jones-face-detection),withsomemodifytofithardwareimplementationandfixedsomebug.ThecodeiswrittenbyVerilog/SystemVerilogandSynthesizedonXilinxKintexUltrascaleFPGAusingVivado.Thiscodeisjustexperimentalforfunction,alotofoptimizationcanfurtherbedone.

CoherentAuto-CalibrationofAPEandNsRCMunderFastBack-ProjectionImageFormationforAirborneSARImaginginHighly-SquintAngle

关于微带电路设计的一本书，包含较多计算分析，理论性和实践性都很强。

K.C.Gupta、RameshGarg、InderBahl、PrakashBhartia编写，是该书的第二版，主要内容有：微带线的准静态分析、散射模型和测量方法；
全波分析、设计考虑和应用；
不连续微带线的准静态分析和特征刻画；
不连续微带线的全波分析和测量；
Slotline、Finline、同平面波导、耦合线。

GettogripswithmodernsoftwaredemandsbylearningtheeffectiveusesofRust'spowerfulmemorysafety.KeyFeaturesLearnandimprovethesequentialperformancecharacteristicsofyoursoftwareUnderstandtheuseofoperatingsystemprocessesinahigh-scaleconcurrentsystemLearnofthevariouscoordinationmethodsavailableintheStandardlibraryBookDescriptionMostprogramminglanguagescanreallycomplicatethings,especiallywithregardtounsafememoryaccess.Theburdenonyou,theprogrammer,liesacrosstwodomains:understandingthemodernmachineandyourlanguage'spain-points.Thisbookwillteachyoutohowtomanageprogramperformanceonmodernmachinesandbuildfast,memory-safe,andconcurrentsoftwareinRust.ItstartswiththefundamentalsofRustanddiscussesmachinearchitectureconcepts.YouwillbetakenthroughwaystomeasureandimprovetheperformanceofRustcodesystematicallyandhowtowritecollectionswithconfidence.YouwilllearnabouttheSyncandSendtraitsappliedtothreads,andcoordinatethreadexecutionwithlocks,atomicprimitives,data-parallelism,andmore.ThebookwillshowyouhowtoefficientlyembedRustinC++codeandexplorethefunctionalitiesofvariouscratesformultithreadedapplications.Itexploresimplementationsindepth.Youwillknowhowamutexworksandbuildseveralyourself.Youwillmasterradicallydifferentapproachesthatexistintheecosystemforstructuringandmanaginghigh-scalesystems.Bytheendofthebook,youwillfeelcomfortablewithdesigningsafe,consistent,parallel,andhigh-performanceapplicationsinRust.WhatyouwilllearnProbeyourprogramsforperformanceandaccuracyissuesCreateyourownthreadingandmulti-processingenvironmentinRustUsecoarselocksfromRust’sStandardlibrarySolvecommonsynchronizationproblemsoravoidsynchronizationusingatomicprogrammingBuildlock-free/wait-freestructuresinRustandunderstandtheirimplementat

多旅行商matlab实验源码实现了三种多旅行商问题%MTSPOF_GAFixedOpenMultipleTravelingSalesmenProblem(M-TSP)GeneticAlgorithm(GA)%Findsa(near)optimalsolutiontoavariationofthe"open"M-TSPby%settingupaGAtosearchfortheshortestroute(leastdistanceneeded%foreachsalesmantotravelfromthestartlocationtounique%individualcitiesandfinallytotheendlocation)%%Summary:%1.Eachsalesmanstartsatthefirstpoint,andendsatthelast%point,buttravelstoauniquesetofcitiesinbetween(noneof%themclosetheirloopsbyreturningtotheirstartingpoints)%2.Exceptforthefirstandlast,eachcityisvisitedbyexactlyonesalesman%%Note:TheFixedStartistakentobethefirstXYpointandtheFixedEnd%istakentobethelastXYpoint%%Input:%XY(float)isanNx2matrixofcitylocations,whereNisthenumberofcities%DMAT(float)isanNxNmatrixofcity-to-citydistancesorcosts%SALESMEN(scalarinteger)isthenumberofsalesmentovisitthecities%MIN_TOUR(scalarinteger)istheminimumtourlengthforanyofthe%salesmen,NOTincludingthestartpointorendpoint%POP_SIZE(scalarinteger)isthesizeofthepopulation(shouldbedivisibleby8)%NUM_ITER(scalarinteger)isthenumberofdesirediterationsforthealgorithmtorun%SHOW_PROG(scalarlogical)showstheGAprogressiftrue%SHOW_RES(scalarlogical)showstheGAresultsiftrue%%Output:%OPT_RTE(integerarray)isthebestroutefoundbythealgorithm%OPT_BRK(integerarray)isthelistofroutebreakpoints(thesespecifytheindices%intotherouteusedtoobtaintheindividualsalesmanroutes)%MIN_DIST(scalarfloat)isthetotaldistancetraveledbythesalesmen%%Route/BreakpointDetails:%Ifthereare10citiesand3salesmen,apossibleroute/break%combinationmightbe:rte=[56942837],brks=[37]%

function[PSNR,y_est]=BM3D(y,z,sigma,profile,print_to_screen,N2,N2_wiener,Ns,Ns_wiener,tau_match)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%BM3DisanalgorithmforattenuationofadditivewhiteGaussiannoisefrom%grayscaleimages.Thisalgorithmreproducestheresultsfromthearticle:%%[1]K.Dabov,A.Foi,V.Katkovnik,andK.Egiazarian,"ImageDenoising%bySparse3DTransform-DomainCollaborativeFiltering,"%IEEETransactionsonImageProcessing,vol.16,no.8,August,2007.%preprintathttp://www.cs.tut.fi/~foi/GCF-BM3D.%%%FUNCTIONINTERFACE:%%[PSNR,y_est]=BM3D(y,z,sigma,profile,print_to_screen)%%!Thefunctioncanworkwithoutanyoftheinputarguments,%inwhichcase,theinternaldefaultonesareused!%%BASICUSAGEEXAMPLES:%%Case1)Usingthedefaultparameters(i.e.,imagename,sigma,etc.)%%[PSNR,y_est]=BM3D;%%Case2)Usinganexternalnoisyimage:

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。