纸质材料提交说明.docx
纸质材料提交说明:除2023级研究生外均须提交纸质支撑材料,请另附页写明符合的参评的基本条件,如符合多条请都列出,可参考如下形式:1、发表论文论文题目刊物/会议名称发表时间论文级别作者署名排序SCI填写影响因子是否期刊El是否会议日【举例】第一完成人为张三【研究生】,第二完成人为XX老师【导师】注:“作者署名”填写请具体写明:第一完成人为某某老师【是否导师】,第二完成为某某【是否本人】。导师是指研究生管理系统中的导师,其他指导教师均不是导师。2、获得专利成果专利名称受理号或授权号认定时间发明专利状态【授权或受理】作者署名排序【格式同论文作者要求】3、获得软件著作权成果软著名称登记号认定时间作者署名排序【格式同论文作者要求】4、编写著作著作名称出版社名称出版时间研究生本人实际完成的字数5、参加科技竞赛获奖获奖名称获奖级别获奖时间署名排序注:“获奖级别”请根据研究生奖学金评定细则从以下选一:国家及国际级特等奖、国家及国际级一等奖、国家及国际级二等奖、国家及国际级三等奖、省部级特等奖、省部级一等奖、省部级二等奖、省部级三等奖。特别是对于没有设立特等奖的,要备注写明I“获奖级别”以证书公章单位为准。6、行业标准标准名称类型【国内或国外】标准编号制定时间署名排序【格式同论文作者要求】7、其他成果说明材料提交具体要求如下:1.已正式发表的论文(已正式刊出或在线公布的,具有年、卷、期、页号的论文):在期刊中发表的需提交期刊封面、目录、论文首页复印件(并在目录中标明所收录文章)、关键信息页(如尾页共同作者)及中科院分区表标准版和2022年升级版期刊页截图(使用方法见后,2022年之前的论文采用标准版,2022年当年及之后的论文采用升级版),记号笔标注第一署名北理工、本人姓名、刊出日期、年、卷、期、页号。被SCl检索的学术论文需提供WebofSCienCe论文检索页截图(要求为“详细内容”页面),并标明第几作者、三大检索收录情况(已录用/已检索),被SCl收录的期刊要提供期刊号、影响因子(分区表标准版近三年均值)。其他情况请提供尽可能详尽的证明材料。示例如下:,-支q刊辿q2核率%果-HWbofScinca«*teaBHR£ManH.a*«,*«1>SayMMYTepftK引文冏*BMWMWOIM皿M>*v31>巳BQttMBKMtMMftM.AfcMeQaMleeoftMMeWtwenwten.5 IOteev.5MMM4*XKMhMOFTMfPW11KMSOCWTVerJAMNMmV人yu>95WNM-GEe*H4o*0IiUMtk*nttnquMmweK<W4Mcr¼*<MMrCr'ZAZ6 .Dv.D.a*>r.¾ertotfwaVMHlTYwICMonunimcAMOCAffTHOtSCMIMV<cm>>AmKATIOMSAMOFVTUKIiMMM2ouutMromMiChAi.Gtoacw<tanoOOteSCW9M6SWOMUMFvMfAR*gl4C,MkCacwkK*Ftm<g4empoUHHf*AMMVa*vrJOUlMUorx<mcMSOanYBAMMBCAFnCHMAttSOtMCtANOMSIOM“iMAMaMMI.¾AtMtUfWM<4*VMI.2e4M<Mte11MUtonFOlAflUAnOHMtASUICMMTlAMMmVaANOAmKAnoiisvesawWebofSdenCe中的使用情况Wtf>cw*<eMB35MiwXjuiSft=ftZM一较*字段刊。电SfNSOftS<svtJWWW出J'!'rAiMMMAGtwrOMtMMUl.SVMT2tMA0«这方向,/c,rcimu¼me<s4SMn,M*uwWbc3"*HfowrM<fc*Jr<c7ffc,,1LywSl.I,",。匕AQ*Iff3.576此记事象自:wtbwscMcxeaSMC*CMWiM4CMf4eK>>UP*-3)在!(能m中w3H口IHFFMMr则收支如HBItSm*M.0蛆*正sensors(侬Heat*sourcesandobstaclesIMPACTFACTOR3.275KRCfno(GAS¾¾anceAdvancedAssistiveMaintenanceBasedonAugmentedRealityand5GNetworkingVolume20Issue241December(II)2020LettersensorsMDPIlPolanzation-CoIL2QTingfaXu,*2rXiWangIN。,ChangXu1/2GandYuhanZhang1/21 KeyLaboratoryofPhotoeUctronicImagingTechnologyandSystemofMinistryofEducationofChina,SchoolofOpticsandPhotonics,BeijingInstituteofTechnology,Beijing10008bChina;3120195322(A.F.);3120185324bCuxn(X.W.);(C.X.);yhzh11gbit(YZ)2 BeijingInstituteofTechnologyChongqingInnovationCenter,Chongqing401120,Chirucheck for updatesCorrespondence:do,xtfl©Received:17November2020;Accepted:9December2020;Published:11Decetr.Abstract:Polarizedhyperspectralimagescanreflecttherichphysicochemicalcharacteristicsoftargets.Meanwhilerthecontainedplentifulinformationalsobringsgreatchallengestosignalprocessing.Althoughcompressivesensingtheoryprovidesagoodideaforimageprocessing,thesimplifiedcompressionimagingsystemhasdifficultyinreconstructingfullpolarizationinformation.Focusedonthisproblem,weproposeatwo-stepreconstructionmethodtohandlepolarizationcharacteristicsofdifferentscalesprogressively.Thispaperusesaquarter-waveplateandaliquidcrystaltunablefiltertoachievefullpolarizationcompressionandhyperspectralimaging.Acrdingtotheirnumericalfeatures,theStokesparametersandtheirmodulationcoefficientsaresimultaneouslyscaled.ThefirstStokesparameterisreconstructedinthefirststepbasedoncompressivesensing.Then,thelastthreeStokesparameterswithsimilarorderofmagnitudearereconstructedinthesecondstepbasedonpreviousresults.Thesimulationresultsshowthatthetwo-stepreconstructionmethodimprovesthereconstructionaccuracyby7.6dBfortheparametersthatfailedtobereconstructedbythenonoptimizedmethod,andreducesthereconstructiontimeby8.25hwithoutlosingthehighaccuracyobtainedbythecurrentoptimizationmethod.Thisfeaturescalingmethodprovidesareferenceforthefastandhigh-qualityreconstructionofphysicalquantitieswithobviousnumericaldifferences.Keywords:compressivesensing;computationalimaging;polarizationHyperspectralimaging;twostepreconstruction1.IntroductionSenwn 2020, 20,712doifDUUtoreflectingtherichspectralandspatialcharacteristics,hyperspectralimagingiswidelyUSCdinagriculturaldetection”2,foodproduction3,4Lbiomedicalidentification5,6andOthCrfields.Polarizationimagingplaysanindispensableroleinenvironmentalmonitoring(7r8,astronomicalobservation9J0J,tumorigcnesisdetectionllz12andotheraspects.Meanwhile,polarizationhyperspectralimagingnaturallyshowsmultipleapplicationsinnondestructivequalityevaluation113J4.However,accordingtotheinitialdefinitionofStokcsparameters(15,itisquitecomplicatedtoadjustthepolarizersandcapturesixsnapshot