https://download.csdn.net/download/qq_41739364/86339152

里面包含用YOLOv3在usa数据集上的检测结果，对应的csdn为https://blog.csdn.net/qq_33614902/article/details/82622561

ThedatasetiscollectedbyYonseiUniversity.Wedeployedourmobilitymonitoringsystem,namedLifeMap,tocollectmobilitydataovertwomonthsinSeoul,Korea.LifeMapusedlearningschemeproposedinfollowingpaper.Pleasereferthispaperwhenyouuseourdataset.*YohanChon,ElmurodTalipov,HyojeongShin,andHojungCha.2011.Mobilityprediction-basedsmartphoneenergyoptimizationforeverydaylocationmonitoring.InProceedingsofthe9thACMConferenceonEmbeddedNetworkedSensorSystems(SenSys'11).ACM,NewYork,NY,USA,82-95.Visitourhomepageformoreinformation(http://lifemap.yonsei.ac.kr).

SlidingModesinControlandOptimization(英语)VadimI.Utkin(作者)高清电子版Thebookisdevotedtosystemswithdiscontinuouscontrol.Thestudyofdiscontinuousdynamicsystemsisamultifacetproblemwhichembracesmathematical,controltheoreticandapplicationaspects.Timesandagain,thisproblemhasbeenapproachedbymathematicians,physicistsandengineers,eachprofessiontreatingitfromitsownpositions.Interestingly,theresultsobtainedbyspecialistsindifferentdisciplineshavealmostalwayshadasignificanteffectuponthedevelopmentofthecontroltheory.Itsufficestomentionworksonthetheoryofoscillationsofdiscontinuousnonlinearsystems,mathematicalstudiesinordinarydifferentialequationswithdiscontinuousrighthandpartsorvariationalproblemsinnonclassicstatements.Theunremittinginteresttodiscontinuouscontrolsystemsenhancedbytheireffectiveapplicationtosolutionofproblemsmostdiverseintheirphysicalnatureandfunctionalpurposeis,intheauthor'sopinion,acogentargumentinfavouroftheimportanceofthisareaofstudies.Itseemsausefulefforttoconsider,fromacontroltheoreticviewpoint,themathematicalandapplicationaspectsofthetheoryofdiscontinuousdynamicsystemsanddeterminetheirplacewithinthescopeofthepresent-daycontroltheory.Thefirstattemptwasmadebytheauthorin1975-1976inhiscourseon"TheTheoryofDiscontinuousDynamicSystems"and"TheTheoryofVariableStructureSystems"readtopost-graduatesattheUniversityofIllinois,USA,andthenpresentedin1978-1979attheseminarsheldintheLaboratoryofSystemswithDiscontinousControlattheInstituteofControlSciencesinMoscow.

%Time-FrequencyToolbox.%Version1.0January1996%Copyright(c)1994-96byCNRS(France)-RICEUniversity(USA).%%SignalGenerationFiles%%sigmerge-AddtwosignalswithgivenenergyratioindB.%%ChoiceoftheInstantaneousAmplitude%amexpo1s-Generateone-sidedexponentialamplitudemodulation.%amexpo2s-Generatebilateralexponentialamplitudemodulation.%amgauss-Generategaussianamplitudemodulation.%amrect-Generaterectangularamplitudemodulation.%amtriang-Generatetriangularamplitudemodulation.%%ChoiceoftheInstantaneousFrequency%fmconst-Signalwithconstantfrequencymodulation.%fmhyp-Signalwithhyperbolicfrequencymodulation.%fmlin-Signalwithlinearfrequencymodulation.%fmodany-Signalwitharbitraryfrequencymodulation.%fmpar-Signalwithparabolicfrequencymodulation.%fmpower-Signalwithpower-lawfrequencymodulation.%fmsin-Signalwithsinusoidalfrequencymodulation.%gdpower-Signalwithapower-lawgroupdelay.%%ChoiceofParticularSignals%altes-Altessignalintimedomain.%anaask-AmplitudeShiftKeyed(ASK)signal.%anabpsk-BinaryPhaseShiftKeyed(BPSK)signal.%anafsk-FrequencyShiftKeyed(FSK)signal.%anapulse-Analyticprojectionofunitamplitudeimpulsesignal.%anaqpsk-QuaternaryPhaseShiftKeyed(QPSK)signal.%anasing-Lipschitzsingularity.%anastep-Analyticprojectionofunitstepsignal.%atoms-LinearcombinationofelementaryGaussianwavepackets.%dopnoise-GeneratecomplexDopplerrandomsignal.%doppler-GeneratecomplexDopplersignal.%klauder-Klauderwaveletintimedomain.%mexhat-Mexicanhatwaveletintimedomain.%tftb_window-Windowgeneration(previouslywindow.m).%%AdditionofNoise%noisecg-Analyticcomplexgaussiannoise.%noisecu-Analyticcomplexuniformnoise.%%Modification%s

covid-19-data-usa参见：:该存储库已汇总到当前数据源：美国各州的出色测试（阳性，阴性，住院）数据

Publications:=============1.M.AwrangjebandG.Lu,AnImprovedCurvatureScale-SpaceCornerDetectorandaRobustCornerMatchingApproachforTransformedImageIdentification,?IEEETransactionsonImageProcessing,17(12),2425?441,2008.2.M.Awrangjeb,G.Lu,andM.M.Murshed,AnAffineResilientCurvatureScale-SpaceCornerDetector,?32ndIEEEInternationalConferenceonAcoustics,Speech,andSignalProcessing(ICASSP2007),Hawaii,USA,1233?236,2007.

Inresponsetotheexponentiallyincreasingneedtoanalyzevastamountsofdata,NeuralNetworksforAppliedSciencesandEngineering:FromFundamentalstoComplexPatternRecognitionprovidesscientistswithasimplebutsystematicintroductiontoneuralnetworks.Beginningwithanintroductorydiscussionontheroleofneuralnetworksinscientificdataanalysis,thisbookprovidesasolidfoundationofbasicneuralnetworkconcepts.Itcontainsanoverviewofneuralnetworkarchitecturesforpracticaldataanalysisfollowedbyextensivestep-by-stepcoverageonlinearnetworks,aswellas,multi-layerperceptronfornonlinearpredictionandclassificationexplainingallstagesofprocessingandmodeldevelopmentillustratedthroughpracticalexamplesandcasestudies.LaterchapterspresentanextensivecoverageonSelfOrganizingMapsfornonlineardataclustering,recurrentnetworksforlinearnonlineartimeseriesforecasting,andothernetworktypessuitableforscientificdataanalysis.Withaneasytounderstandformatusingextensivegraphicalillustrationsandmultidisciplinaryscientificcontext,thisbookfillsthegapinthemarketforneuralnetworksformulti-dimensionalscientificdata,andrelatesneuralnetworkstostatistics.FeaturesxExplainsneuralnetworksinamulti-disciplinarycontextxUsesextensivegraphicalillustrationstoexplaincomplexmathematicalconceptsforquickandeasyunderstanding?Examinesin-depthneuralnetworksforlinearandnonlinearprediction,classification,clusteringandforecastingxIllustratesallstagesofmodeldevelopmentandinterpretationofresults,includingdatapreprocessing,datadimensionalityreduction,inputselection,modeldevelopmentandvalidation,modeluncertaintyassessment,sensitivityanalysesoninputs,errorsandmodelparametersSandhyaSamarasingheobtainedherMScinMechanicalEngineeringfromLumumbaUniversityinRussiaandanMSandPhDinEngineeringfromVirginiaTech,USA.

(TheOxfordSeriesinElectricalandComputerEngineering)AmnonYariv,PochiYeh-Photonics_opticalelectronicsinmoderncommunications-OxfordUniversityPress,USA(2006).pdf《光子学：现代通信光电子学（第6版）》主要讲述激光物理学领域的各种现象和器件的基本原理。
《光子学：现代通信光电子学（第6版）》共分18章，阐述了适用于光通信和电子学的物理基础和工作原理，包括光学共振腔、各种激光器、波导、光纤、光栅和光子晶体；
涵盖了光网络中光的传输、调制、放大和检测，以及光纤中的光学非线性效应等。
《光子学：现代通信光电子学（第6版）》中采用了电磁场理论、麦克斯韦方程组和电磁波传输方法，同时在每章中都附有大量习题和生动实例。

/*cole-AfreeCOLElibrary.cole_extract-Extractafilefromafilesystem.Copyright1998,1999RobertoArturoTenaSanchezThisprogramisfreesoftware;youcanredistributeitand/ormodifyitunderthetermsoftheGNUGeneralPublicLicenseaspublishedbytheFreeSoftwareFoundation;eitherversion2oftheLicense,or(atyouroption)anylaterversion.Thisprogramisdistributedinthehopethatitwillbeuseful,butWITHOUTANYWARRANTY;withouteventheimpliedwarrantyofMERCHANTABILITYorFITNESSFORAPARTICULARPURPOSE.SeetheGNUGeneralPublicLicenseformoredetails.YoushouldhavereceivedacopyoftheGNUGeneralPublicLicensealongwiththisprogram;ifnot,writetotheFreeSoftwareFoundation,Inc.,59TemplePlace,Suite330,Boston,MA02111-1307USA*//*ArturoTena*/#include/*Tocompilethisfileoutsidecolesourcetree,youmustincludehereinstead*/#include"cole.h"#definePRGNAME"iOLE"#defineBUFFER_SIZE128intmain(intargc,char**argv){ COLEFS*cfs; COLEFILE*cf; COLERRNOcolerrno; charbuffer[BUFFER_SIZE]; size_tchar_read; if(argc!=3){ fprintf(stderr,"cole_extract.Extractafilefroma" "filesystemtothestandardoutput.\n" "Usage:"PRGNAME"\n" "FILE-Filewiththefilesystem.\n" "INFILE-Filenameofthefiletoextract.\n"); exit(1); } printf("%s",argv[1]); cfs=cole_mount(argv[1],&colerrno); if(cfs==NULL){ cole_perror(PRGNAME,colerrno); exit(1); } cf=cole_fopen(cfs,argv[2],&colerrno); if(cf==NULL){ cole_perror(PRGNAME,colerrno); cole_umount(cfs,NULL); exit(1); } while((char_read=cole_fread(cf,buffer,BUFFER_SIZE,&colerrno))){ if(fwrite(buffer,1,char_read,stdout)!=char_read){ break; } } if(!cole_feof(cf)){ cole_perror(PRGNAME,colerrno); cole_umount(cfs,NULL); exit(1); } if(cole_fclose(

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。