典型地物特征提取的适宜尺度选择-杨旭艳

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305607~61520129JOURNALOFMOUNTAINSCIENCEVol.30No.5pp607~615Sept.2012Receiveddate2011-10-12Accepted2012-06-19。Foundationitem41071271。ResearchonothernessofremotesensingimageInformationCapacityinDifferentlandformregions.Biography1987-、。YangXuyan1987-femalecomeformTongchuanmastergraduatestudentmostlyengageGISandRSdataprocessingstudy.Tel15319991090E-mailyangxuyan22@sohu.com1968-、。WangXuhong1968-TeacherDr.mastergraduatestudentmostlyengageGISandRSdataprocessingstudy.E-mailJqy_wxh@163.com1008-2786-20125-607-09710127。P、S、F、D4、。Q。30m1、1、290m2。P237A、。。。1。2。3。4。5。19986、20007。891011。12、。Goodchild12①②③。。11.1106°18'~108°03'E33°35'~35°06'N1.82×104km2、。、、、、、、。、、、56%。26.5%17.5%“”。2000~3000m3767m540m2000m。1.2ETM+15m20008、、1241×15281。22.11~241.130mFig.1The30mofaboriginalexperimentalarea1241×1528。2.。3.ETM+。4.。2.2。Up-scalingDownscaling、。13。、。。。806302Fig.2Experimentflowcharts、。、、、5-7。14。、。。14-、、Miline1991patchinessMi-line1988。。、。PentlandFBR。30m。。S=Kr2-D1SrkD。lgS=2-Dlgr+lgK2。2。DD1Sr1=Kr2-D13Sr2=Kr2-D24Sr2Sr1=r2r12-D5D>=2Sr2Sr1=r1r22-D6。6。6。16。。90653×3。163×3。3Fig.3Theimageafterscaling2.345m、60m、75m、90m、120m“-”“-”KD=2.0-K。。6。/30m、。。、、。47。41Fig.4Theshapeofresidentsample1indifferentscales52Fig.5Theshapeofresidentsample2indifferentscales0163061Fig.6Theshapeofwatersample1indifferentscales72Fig.7Theshapeofwatersample2indifferentscales33.1、。、。、、。3.1.1P。Li=槡2nn=Mod2aii=123……7i。P=∑Ljj。P。3.1.2S。SkSk=ΔAXj-XiΔAXjXiXj>XiX。S=∑Mk=1SkM。3.1.3FF=P24π*SFSP。3.1.410。1995Moody&Woodcock1995P=K·AD/2k=4D=2logp4/logADPA。D1.0~2.01.02.0。3.24。、、、81。11658-Fig.8Thelinechartoftypicalobjectsperimeterandscale1、22。。1Table1Computationaltableoftypicalobjectsshapecharacteristic/mPSFD13097805508003.71831.18044590906419253.20131.15596082806192002.96911.14517584005906253.08411.15139068406399002.41271.113712062406480002.18731.098923076203501003.63381.18324563003483003.01211.15386064803816002.95991.15007555503712502.57021.12839055803969002.49921.123312052804464002.22991.1047/mPSFD13090540111429007.65331.23594585140110160007.23811.22926081840107604007.03971.22617577100105975006.68281.2199908154098091007.34621.23271207296085680007.03321.22922302730061776003.09931.1292452727060810753.12031.1302602748058536003.20491.1339752430050400003.05421.1290902556040824003.56951.15131202004034948803.02471.1309912。、。9-Fig.9Thelinechartoftypicalobjectsaeraandscale10-Fig.10Thelinechartoftypicalobjectsshapecoefficientandscale1011、22。。1212。。111212。1。12163011-Fig.11Thelinechartoftypicalobjectsfractaldimensionandscale2。3.317。、。、。、。。。。。Q=P2π槡S+2logp4/logSQPS。4、、、。。2。2Table2Tableofofintegratedshapeindex/m1212304.89794.81708.88924.2285454.35724.16598.46734.2505604.11424.10998.26584.3388754.23543.69857.90274.1832903.52463.62258.57894.72081203.28623.33468.26244.155612。12-Fig.12Thelinechartoftypicalobjectsintegratedshapeindexandscale12130m30m11、230m30m290m90m2。3165。。4、。。。。。References1SuLihongLiXiaowenHuangYuxia.AnreviewonscaleinremotesensingJ.AdvancesinEarthScience2001164544-548.J.2001164544-5482BoYanchenWangJinfeng.AssessmentonuncertaintyinremotelysenseddataclassificationProgressesproblemsandprospectsJ.AdvancesinEarthScience200520111218-1225..、J.200520111218-12253BUHEAosierMaJianwenWangQinxueetal.Scalingtransforma-tionofremotesensingdigitalimagewithmultipleresolutionsfromdifferentsensorsJ.ActeGeographicaSinica2004591101-110.J.2004591101-1104HuangHuipingWuBingfang.Analysisofthemutli-scalecharacter-isticswithobjectsextractionJ.RemoteSensingTechnologyandApplication2003185276-281.J.2003185276-2815ZhangHauguoHuangWeiliang.StudyonspatialscaleofshorelineremotesensinginformationbasedonfractaltheoryJ.JournalofRemoteSensing2006104465-471.J.2006104465-4716XuQingTanGaunghuaLiCuihuaetal.FractalMeasurementofRemoteSensingDataJ.JournalofRemoteSensing199823186-191.J.199823186-1917JiangDongWangJianhua.Thefractalthoughtonremotesensingin-formationscienceJ.JournalofGansuSciences200012153-57.J.200012153-578WanHuaweiWangJindiQuYonghua.Preliminaryr-esearchonscaleeffectandscaling-upofthevegetationspectrumJ.JournalofRemoteSensing2008124538-545.J.2008124538-5459LiXiaobingChenYunhaoLiXia.Studyonregionallandcoverpat-ternsderivedfrommulti-scaleremotelysensingdataJ.ActaPhy-toecologicalSinica2003275577-586.J.2003275577-58610MingDongpingWangQunYangJianyu.Spatialscal-eofremotesensingimageandselectionofoptimalspatialresolutionJ.JournalofRemoteSensing2008124529-537.J.2008124529-53711ZhuXiaohuaLiYayun.Onmulti-scalecharacteristicsofstructureoflanduseJ.GeographicalResearch20082761235-1242..J.20082761235-124212GoodchildMFQuattrochiDA.ScalemltiscalingremotenessandGISC//QuattrochiDAGoodchildMFeds.ScaleinRemoteSensingandGISRaton.BocaRatonCRCLewisPublishers199713LiShuangchengCaiYunlong.SomescalingissuesofgeographyJ.GeographicalResearch200512411-18.J.200512411-1814ZhangJingxiong.ThescaleuncertaintyandmultiformityofspatialinformationM.WuHanWuhanUniversityPress2008..、M.200815LiXiaowen.Reviewoftheprojectofquantitativere-motesensingofmajorfactorsforspatial-temporalheteroge-neityonthelandsurfaceJ.AdvancesinEarthScience2006218771-780..J.2006218771-7801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