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Urban Geographic Information System



Introduction

Thisbookcomprehensivelyandsystematicallydiscussesthebasicprinciples,applicationmethods,newtheoriesanddevelopmenttrendsofurbangeographicinformationsystems,aswellasmanyapplicationsinurbanplanningandmanagementInstance.Themaincontentandkeyrelatedtechnologiesofallaspectsinvolvedinthebookareoneofthemaintechnicalissuesconsideredinthecurrentresearchanddevelopmentofurbangeographicinformationsystems.Thebookisdividedintoeightchapters,mainlyincluding:OverviewofUrbanGeographicInformation;BasicTheoryofUrbanGeographicInformationSystem;TechnologyandMethodsofUrbanGeographicInformationSystem;SpatialMathematicalModelofUrbanGeographicInformationSystem;SoftwareEngineeringofUrbanGeographicInformationSystem;UrbanGeographyInformationsystemintegrationtechnology;applicationexamplesofurbangeographicinformationsystemsandthedevelopmentfrontiersofurbangeographicinformationsystems,etc.

BookCatalog

Prefaceto"GeographicInformationSystemTeachingSeries"

Preface

Foreword

ChapterOneIntroduction

1.1OverviewofUrbanGeographicInformation

1.2HistoryandProgressofUrbanGeographicInformationResearch

1.3UrbanPlanningManagementandInformationTechnology

1.4TheFormationandDevelopmentofUrbanGeographicInformationSystem

Theresearchcharacteristicsofurbangeographicinformationsystemin1.5book

ChapterTwoBasicTheoryofUrbanGeographicInformationSystem

2.1ComputerScience

2.2OverviewofGeographicInformationSystem

2.3UrbanGeography

2.4SpatialPositioningofUrbanGeographicInformationSystem

2.5UrbanGeographyClassificationandcodingofinformation

2.6Datacompositionandcharacteristicsofurbangeographicinformationsystem

2.7Characteristicsofurbanspatialdatastructure

ChapterIIITechnologyofUrbanGeographicInformationSystemAndmethods

3.1IntroductiontoUrbanGeographicInformationSystemTechnologyandMethods

3.2DigitalTechnologyofUrbanGeographicInformationSystem

3.3ThematicMappingMethodofUrbanGeographicInformationSystem

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3.4NetworkUrbanGeographicInformationSystem(WebUGIS)

3.5UrbanSpatialDatabaseTechnology

3.6MultimediaTechnology

3.7UrbanGeographicInformationSystemTechnologyandMethodFurtherdiscussion

Chapter4SpatialMathematicalModelofUrbanGeographicInformationSystem

4.1SpatialInformationMeasurement

4.2PolygonOverlayAnalysis(OVERLAY)

4.3UrbanSpatialBufferAnalysis(UBUFFER)

4.4NetworkAnalysis

4.5UrbanDigitalTerrainModel(UDEM)

4.6IrregularTriangularNetworkModel(TIN)

4.7Spatialcorrelationanalysis

4.8Thresholdanalysis

Chapter5UrbanGeographicInformationSystemSoftwareEngineering

5.1IntroductiontoUrbanGeographicInformationSystemSoftwareEngineering

5.2UrbanGeographicInformationSystemPlanning

5.3UrbanGeographicInformationSystemAnalysis

5.4UrbanGeographicInformationSystemDesign

5.5ImplementationofUrbanGeographicInformationSystem

ChapterVIUrbanGeographicInformationSystemIntegration

6.1IntroductiontoGeographicInformationSystemIntegration

6.2UrbanGeographicInformationSystemIntegrationBasicunderstandingofthecity

6.3Urbangeographicinformationsystemintegrationtechnology

6.4Urbangeographicinformationsystemdataintegration

6.5Urbangeographicinformationsystemfunctionintegration

ChapterSevenApplicationExamplesofUrbanGeographicInformationSystem

7.1GuangzhouUndergroundPipelineSystem

7.2ShenzhenPlanningManagementGraphicSubsystemIntegrationCase

7.3PlanningLandNetworkGraphicQuerySystem

Chapter8Thedevelopmentfrontierofurbangeographicinformationsystem

8.1OverviewofDigitalCity

8.2ContentsofDigitalCity

8.3KeyTechnologiesofDigitalCity

8.4Three-dimensionalGeographicInformationSystem

8.5VirtualRealityTechnology

Mainreferencesaboutroadtest

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