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Determining geometric error model parameters ofa terrestrial laser scanner through two-face,length-consistency, and network methods几何误差模型参数的确定 通过两个面的地面激光扫描仪， 长度一致性与网络方法

Determining geometric error model parameters ofa terrestrial laser scanner through two-face,length-consistency, and network methods几何误差模型参数的确定 通过两个面的地面激光扫描仪， 长度一致性与网络方法

ID：40848940

大小：1.82 MB

页数：15页

时间：2019-08-08

Determining geometric error model parameters ofa terrestrial laser scanner through two-face,length-consistency, and network methods几何误差模型参数的确定 通过两个面的地面激光扫描仪， 长度一致性与网络方法_第1页
Determining geometric error model parameters ofa terrestrial laser scanner through two-face,length-consistency, and network methods几何误差模型参数的确定 通过两个面的地面激光扫描仪， 长度一致性与网络方法_第2页
Determining geometric error model parameters ofa terrestrial laser scanner through two-face,length-consistency, and network methods几何误差模型参数的确定 通过两个面的地面激光扫描仪， 长度一致性与网络方法_第3页
Determining geometric error model parameters ofa terrestrial laser scanner through two-face,length-consistency, and network methods几何误差模型参数的确定 通过两个面的地面激光扫描仪， 长度一致性与网络方法_第4页
Determining geometric error model parameters ofa terrestrial laser scanner through two-face,length-consistency, and network methods几何误差模型参数的确定 通过两个面的地面激光扫描仪， 长度一致性与网络方法_第5页
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《Determining geometric error model parameters ofa terrestrial laser scanner through two-face,length-consistency, and network methods几何误差模型参数的确定 通过两个面的地面激光扫描仪， 长度一致性与网络方法》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、MeasurementScienceandTechnologyPAPERRelatedcontent-EvaluationofalaserscannerforlargeDetermininggeometricerrormodelparametersofvolumecoordinatemetrology:acomparisonofresultsbeforeandafteraterrestriallaserscannerthroughtwo-face,factorycalibrationMFerrucci,BMurali

2、krishnan,DSawyeretlength-consistency,andnetworkmethodsal.-LasertrackererrordeterminationusinganetworkmeasurementTocitethisarticle:LingWangetal2017Meas.Sci.Technol.28065016BenHughes,AlistairForbes,AndrewLewisetal.-Methodsandconsiderationstodeterminespherecenterf

3、romterrestriallaserscannerpointclouddataViewthearticleonlineforupdatesandenhancements.PremRachakonda,BalaMuralikrishnan,LucCournoyeretal.Recentcitations-Announcingthe2017MeasurementScienceandTechnologyOutstandingPaperAwardsKaraPetersetalThiscontentwasdownloaded

4、fromIPaddress61.174.131.57on12/08/2018at04:34IOPMeasurementScienceandTechnologyMeasurementScienceandTechnologyMeas.Sci.Technol.Meas.Sci.Technol.28(2017)065016(14pp)https://doi.org/10.1088/1361-6501/aa692928Determininggeometricerrormodel2017parametersofaterrestr

5、iallaserscannerNotsubjecttocopyrightintheUSA.ContributionofNationalInstituteofStandardsandTechnologythroughtwo-face,length-consistency,MSTCEPandnetworkmethods065016Ling Wang1,2,Bala Muralikrishnan2,Prem Rachakonda2andDaniel Sawyer2LWanget al1DepartmentofAutomat

6、ion,SchoolofMechanicalandElectricalEngineering,ChinaJiliangUniversity,Hangzhou,ZhejiangProvince310018,People’sRepublicofChina2EngineeringPhysicsDivision,NationalInstituteofStandardsandTechnology,Gaithersburg,MD20899,UnitedStatesofAmericaPrintedintheUKE-mail:bal

7、am@nist.govMSTReceived2December2016,revised9March2017Acceptedforpublication24March2017Published9May201710.1088/1361-6501/aa6929AbstractTerrestriallaserscanners(TLS)areincreasinglyusedinlarge-scalemanufacturingandPaperassemblywhererequiredmeasurementuncertaintie

8、sareontheorderoffewtenthsofamillimeterorsmaller.Inordertomeetthesestringentrequirements,systematicerrorswithinaTLSarecompensatedinsituthroughself-calibration.Inthenetworkmet

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