周圍神經(jīng)三維可視化原型系統(tǒng)的設(shè)計與實(shí)現(xiàn).pdf

1、中國科學(xué)院計算技術(shù)研究所碩士學(xué)位論文周圍神經(jīng)三維可視化原型系統(tǒng)的設(shè)計與實(shí)現(xiàn)姓名：謝水生申請學(xué)位級別：碩士專業(yè)：計算機(jī)應(yīng)用技術(shù)指導(dǎo)教師：李華20060601TheDesignandImplementationofaPrototypeSystemforthe3DVisuafizafionofPeripheralNervesShuishengXie(ComputerApplicationTechnology)DirectedByDrHuaLi

2、The174恤XiangshanScienceConfercnceheldin2001wasasignofthestartoftheChineseDigitizedVmualHumanrrojectwhichwasputforthbytheChinesescientistsinthehopeofbuildinguptheChinesedigitalhumanwiththecharacteIisticsoftheEastAsianswhi

3、chcanbeputintotheapplicationsintheemulationandsimulationofhumanbodiesinvariousfields，suchaslifesdenceclothingaviationspaceflightcarindustryandSOOILTheprojectcapmredtheattentionofthesocietyandlotsofdevelopmentshavebeenmad

4、esincethenIn2003the208恤XiangshanScienceConforencewasheldandagainpushedforwardtheresearchandapplicationoftheChineseDigitizedVmualHumanUnderthisbackgroundastheAcademicianoftheChine舶：AcademyofSciencesinShanghaiMedicalColleg

5、eofFudanUniversi哆，MrZhongweiChenproposedtheideasonthecomputeraided3DreconstructionofthestructureofhumanbrachialplexusLater011FudanUniversityandtheInstituteofComputingTechnologyChine∞AcademyofSciencesjoinedtogetherandsucc

6、essfullywonagrantfmmtheNationalNaturalScienceFoundationofa血如Thegrantedproject“ResearchintheThreeDimensionalReconstructionoftheMicrostructureoftheHumanUpperExtremityPeripheralNerve藩’wasthencarriedoutUnderthesupportofthepr

7、ojec‘wedesignandimplementaprototypesystemforthe3DvisualizationofperipheralnelVCSwhichiscalledthe319NerveWeplacemoreattention011theacqnirememofthetopologicalinformationofthenel“VeSinthevisualizationprocessandWOhopethatbyd

8、oingthiswecangettheclassificationinformationofthengl“v鼯ofdifferentfunctionssothatwecanlookintothenelvesandgetmuchmoredetailswhichcanbeofgreathelpforclinicalservicesinthispaperweintroducethetraditionalbasicalgorithmswhich

9、willbeinvolvedinthe3Dvisualizationprocess，includingimagesegmentationcontourscorrespondence，sulfacereconstructionetaLThenweintroduce3DNervefromtheaspectsoffunctionalmodulesandusefinterfaceincludingexperimentaldataandenvko

10、nmentmoduleofsegmentationmoduleofcontourscorrespondence，moduleof3Dvisualizationmoduleofdatainterfaceandmoduleofinterfacecontr01ThenweproposeseveralalgorithmswhichRreessentialtothevisualizationsystemincludingaalgorithmofm

11、ultichannelsemi—automationsegmentationbasedonFisherLinearDiscriminantacorrespondencealgorithmusingthemomentinvariantswiththeconsiderationofspacerestrictionalgorithmsofthebuildingupofthenerv偽Ⅱ●；tr￡&～≮一_，‘f；。，：●__f_，●，t，￡，