Stringalgorithmsareatraditionalareaofstudyincomputerscience.Inrecentyearstheirimportancehasgrowndramaticallywiththehugeincreaseofelectronicallystoredtextandofmolecularsequencedata(DNAorproteinsequences)producedbyvariousgenomeprojects.This1997bookisageneraltextoncomputeralgorithmsforstringprocessing.Inadditiontopurecomputerscience,thebookcontainsextensivediscussionsonbiologicalproblemsthatarecastasstringproblems,andonmethodsdevelopedtosolvethem.Itemphasisesthefundamentalideasandtechniquescentraltotoday'sapplications.Newapproachestothiscomplexmaterialsimplifymethodsthatuptonowhavebeenforthespecialistalone.Withover400exercisestoreinforcethematerialanddevelopadditionaltopics,thebookissuitableasatextforgraduateoradvancedundergraduatestudentsincomputerscience,computationalbiology,orbio-informatics.Itsdiscussionofcurrentalgorithmsandtechniquesalsomakesitareferenceforprofessionals.

ActivityGraderWhatisit?-----------ThisapplicationopensallactivitiesinagivenfolderinPT,extractsthegradeandthenoutputsaCSVfilewiththefilename,totalpercentageandsubcomponentscores.SystemRequirements-------------------JRE:1.8orabove(http://java.com/getjava/)PacketTracer7.0oraboveUpgradingActivityGrader-------------------------IfthereisapreviousversionofActivityGraderinstalled,removeitfromtheapprovedlistanddeletethe"extensions\ActivityGrader"folder.Thenfollowthe"InstallingActivityGrader"section.InstallingActivityGrader--------------------------1)UnzipActivityGrader.zip2)Copythe"ActivityGrader"folderto"\extensions"Typically:C:\ProgramFiles\PacketTracer\extensions3)AddActivityGrader.ptausingtheIPCmenu.a)ExtensionsMenu-＞IPC-＞ConfigureAppsb)ClickontheAddbuttonc)Selectthefolder"ActivityGrader"d)SelecttheActivityGrader.ptafile,thenOK(SeePTHelpandTutorialsforadditionalinformation)LaunchingtheApplication-------------------------Therearetwowaystolaunchtheapplication.A)WithinPacketTracer: 1)ExtensionsMenu-＞IPC-＞ConfigureApps 2)SelectActivityGraderfromAppList 3)ClickonLaunchbuttonB)Standalone,execute"extensions\ActivityGraderx86_64.exe".ThismethoddoesnotlaunchPacketTracerautomatically.PacketTracermustbealreadyrunningandtheIPCenabledatport39000.Foreithermethod,PacketTracermustallowthisapplicationtousetheIPC.(SeeStep3:Installing)UsingtheApplication---------------------Thisapplicationusestheactivityfilenamesastheindex.So,itwouldbebest

深度学习之卷积神经收集CNN做手写体识另外VS代码。
反对于linux版本以及VS2012版本。
tiny-cnn:AC++11implementationofconvolutionalneuralnetworks========tiny-cnnisaC++11implementationofconvolutionalneuralnetworks.designprinciple-----*fast,withoutGPU98.8%accuracyonMNISTin13minutestraining(@Corei7-3520M)*headeronly,policy-baseddesignsupportednetworks-----###layer-types*fully-connectedlayer*convolutionallayer*averagepoolinglayer###activationfunctions*tanh*sigmoid*rectifiedlinear*identity###lossfunctions*cross-entropy*mean-squared-error###optimizationalgorithm*stochasticgradientdescent(with/withoutL2normalization)*stochasticgradientlevenbergmarquardtdependencies-----*boostC++library*IntelTBBsamplecode------```cpp#include"tiny_cnn.h"usingnamespacetiny_cnn;//specifyloss-functionandoptimization-algorithmtypedefnetworkCNN;//tanh,32x32input,5x5window,1-6feature-mapsconvolutionconvolutional_layerC1(32,32,5,1,6);//tanh,28x28input,6feature-maps,2x2subsamplingaverage_pooling_layerS2(28,28,6,2);//fully-connectedlayersfully_connected_layerF3(14*14*6,120);fully_connected_layerF4(120,10);//connectallCNNmynet;mynet.add(&C1);mynet.add(&S2);mynet.add(&F3);mynet.add(&F4);assert(mynet.in_dim()==32*32);assert(mynet.out_dim()==10);```moresample,readmain.cppbuildsampleprogram------###gcc(4.6~)withouttbb./wafconfigure--BOOST_ROOT=your-boost-root./wafbuildwithtbb./wafconfigure--TBB--TBB_ROOT=your-tbb-root--BOOST_ROOT=your-boost-root./wafbuildwithtbbandSSE/AVX./wafconfigure--AVX--TBB--TBB_ROOT=your-tbb-root--BOOST_ROOT=your-boost-root./wafbuild./wafconfigure--SSE--TBB--TBB_ROOT=your-tbb-root--BOOST_ROOT=your-boost-root./wafbuildoreditinlude/co

UniversalPerturbationGenerationforBlack-boxAttackUsingEvolutionaryAlgorithms

英文名《DesignPatternsforEmbeddedSystemsinC》中文名《C嵌入式编程方案方式》这本书的源代码，在baidu上络续没找到，跟巨匠分享了

最新J-LINK调试软件6.60d,JLink_Windows_V660d:VersionV6.60d(2020-01-09)DLL(Windows):AfteradialogfromtheDLLwasclosed,theoriginalwindowdidnotregainkeyboardfocus.Fixed.DLL:Addedflashprogra妹妹ingsupportforToshibaTMPM3HLFDUG,TMPM3HLFYUG,TMPM3HLFZUG.DLL:Linux:Ifafilewasspecifiedtobeopenedexclusively(e.g.SEGGERregistry),thisdidnotworkcorrectly,soa2ndprocesscouldmodifythefileatthesametime.Fixed.DLL:NamingforToshibaTMPM4G9F15FG,fixed.DLL:RISC-V:JALRrd,rs1,SI妹妹instructionwassimulatedincorrectlyifrd==rs1.Fixed.DLL:ReducednumberofalloccallswhenevaluatingJLinkDevices.xmlbyfactor14,000whichresultsinaspeedimprovementof10-20%duringXMLparse.DLL:TargetRAMaddresswasnotcorrectfortheMKL27Z32xxx4devices.Fixed.DLL:TheRWWsectionofATSAMC2x/ATSAMD2xdeviceswasnoterasedbeforeprogra妹妹ing.Fixed.FlasherFirmware:Erasewasnothandledcorrectlyforflashbankssupportingautomaticerase.Fixed.J-FlashLite:Thelogwasmissinglinebreaksinsomecases.Fixed.J-FlashSPICL:Undersomecircumstances,downloadingafileledtoanendlessloop.Fixed.J-FlashSPI:Underspecialcircumstances(compareenabledanddatainflash==datatobeprogra妹妹ed),flashprogra妹妹ingfailed.Fixed.J-Flash:Whenpassingthe-exitparameter,asuccessmessageboxcouldappearandkeepJ-Flashfromself-exiting.IntroducedwithV6.60.Fixed.RemoteServer(Windows):StartingasecondinstanceoftheJ-LinkRemoteServerdidnotworkcorrectly.IntroducedwithV6.60.Fixed.

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.

ThisdocumentdefinestheLPDDR4standard,includingfeatures,functionalities,ACandDCcharacteristics,packages,andball/signalassignments.ThepurposeofthisspecificationistodefinetheminimumsetofrequirementsforaJEDECcompliant16bitperchannelSDRAMdevicewitheitheroneortwochannels.LPDDR4dualchanneldevicedensityrangesfrom4Gbthrough32Gbandsinglechanneldensityrangesfrom2Gbthrough16Gb.Thisdocumentwascreatedusingaspectsofthefollowingstandards:DDR2(JESD79-2),DDR3(JESD79-3),DDR4(JESD79-4),LPDDR(JESD209),LPDDR2(JESD209-2)andLPDDR3(JESD209-3).

CSR8675双模蓝牙芯片，可开拓蓝牙TWS，SINK，source等蓝牙相关使用

文件内搜罗KRR、KPCA、KPCR以及KPLS的相关法度圭表标准，其中KPLS相关法度圭表标准又搜罗KerSIMPLS以及KerNIPALS可供遴选，他们是用不合方式盘算的PLS。
同时文件中另有一个例子，分别使用这些法度圭表标准实现sin函数的拟合，明晰易懂。

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。