:移动对象管理模型、技术与应用 pdf下载

随着移动通信技术的不断发展和普及，人们对移动对象管理的需求越来越迫切。移动对象管理成为数据库研究领域的一个热门方向，它在许多领域都展现了广阔的应用前景。《移动对象管理：模型、技术与应用》比较系统地介绍了移动对象管理的相关内容，即移动对象管理模型（包括移动对象建模、移动对象更新、移动对象索引等），移动对象管理技术（包括移动对象查询、移动对象预测、移动数据不确定性研究等），移动对象管理应用（包括动态交通导航、动态交通网络、移动对象聚类分析、位置隐私保护等）。
《移动对象管理：模型、技术与应用》总结了外有关移动数据管理的研究工作和具有代表性的关键技术，并较详细地介绍了作者近年来的一些研究成果，具有较大的参考价值。
《移动对象管理：模型、技术与应用》的读者对象为高等院校计算机专业的本科生、研究生、教师，科研机构的研究人员以及相关领域的开发人员等

PartIMovingObjectsManagementModels
Introduction
1.1Background
1.1.1MobileComputing
1.1.2PositioningTechniques
1.2Location-BasedServices
1.3MobileDataManagement
1.4MovingObjectDatabases
References
MovingObjectsModeling
2.1Introduction
2.2UnderlyingModels
2.3GraphsofCellularAutomataModel
2.3.1CellularAutomata（CA）
2.3.2StructureofGCA
2.3.3TrajectoryofGCA
2.3.4TransitionofGCA
2.3.5Two-LaneGCA
2.4Summary
References
MovingObjectsUpdating
3.1Introduction
3.2UnderlyingUpdateStrategies
3.2.1BasedonThreshold
3.2.2BasedonLocationPrediction
3.2.3BasedonObjectGrouping
3.3ProactiveLocationUpdateStrategy
3.4GroupLocationUpdateStrategy
3.5Summary
References
MovingObjectsIndeng
4.1Introduction
4.2UnderlyingIndengStructures
4.2.1TheR-Tree
4.2.2TheGridFile
4.2.3TheQuad-Tree
4.3IndengMovingObjectsinEuclideanSpace
4.3.1TheR-Tree-BasedIndex
4.3.2TheGrid-BasedIndex
4.3.3TheQuad-Tree-BasedIndex
4.4IndengMovingObjectsinSpatialNetworks
4.4.1TheAdaptiveUnit
4.4.2TheAdaptiveNetworkR-Tree（ANR-Tree）
4.5IndengPast,Present,andFutureTrajectories
4.5.1IndengFutureTrajectory
4.5.2IndengHistoryTrajectories
4.6Update-EfficientIndengStructures
4.7Summary
References
PartIIMovingObjectsManagementTechniques
5MovingObjectsBasicQuerying
5.1Introduction
5.2ClassificationsofMovingObjectQueries
5.2.1BasedonSpatialPredicates
5.2.2BasedonTemporalPredicates
5.2.3BasedonMovingSpaces
5.3NNQueries
5.3.1IncrementalEuclideanRestriction
5.3.2IncrementalNetworkExpansion
5.4RangeQueries
5.4.1RangeEuclideanRestriction
5.4.2RangeNetworkExpansion
5.5Summary
References
MovingObjectsAdvancedQuerying
6.1Introduction
6.2SimilarTrajectoryQueriesforMovingObjects
6.2.1ProblemDefinition
6.2.2TrajectorySimilarity
6.2.3QueryProcessing
6.3DensityQueriesforMovingObjectsinSpatialNetworks
6.3.1ProblemDefinition
6.3.2Cluster-BasedQueryPreprocessing
6.3.3DensityQueryProcessing
6.4ContinuousDensityQueriesforMovingObjects
6.4.1ProblemDefinition
6.4.2BuildingtheQuad-Tree
6.4.3SafeIntervalComputation
6.4.4QueryProcessing
6.5Summary
References..
TrajectoryPredictionofMovingObjects
7.1Introduction
7.2UnderlyingLinearPrediction（LP）Methods
7.2.1GeneralLinearPrediction
7.2.2RoadSegment-BasedLinearPrediction..
7.2.3Route-BasedLinearPrediction
7.3Simulation-BasedPrediction（SP）Methods
7.3.1Fast-SlowBoundsPrediction
7.3.2Time-SegmentedPrediction
7.4OtherNon-LinearPredictionMethods
7.5Summary
References
UncertaintyofMovingObjects
8.1Introduction
8.2UncertainTrajectoryModeling
8.3UncertainTrajectoryIndeng
8.3.1StructureoftheUTR-Tree
8.3.2ConstructionandMaintenanceofUTR-Tree
8.4UncertaintyTrajectoryQuerying
8.5Summary
References
PartIIIMovingObjectsManagementApplications
9DynamicTransportationNavigation
9.1Introduction
9.2MovingObjectsManagementApplicationScenarios..
9.3DynamicTransportationNavigation
9.3.1HierarchyAggregationTree
9.3.2DynamicNavigationQueryProcessing
9.3.3DynamicNavigationSystemArchitecture
9.4Summary
References
10DynamicTransportationNetworks
10.1Introduction
10.2TheSystemArchitecture
10.3DataModelofTransportationNetworkandMovingObjects...
10.4QueryingMovingObjectsinTransportationNetworks
10.4.1ComputingtheLocationsThroughInterpolation
10.4.2QueryingMovingObjectswithUncertainty
10.4.3LocationPredictioninTransportationNetworks
10.5Summary
References
11ClusteringAnalysisofMovingObjects
11.1Introduction
11.2UnderlyingClusteringAnalysisMethods
11.3ClusteringStaticObjectsinSpatialNetworks
11.3.1ProblemDefinition
11.3.2Edge-BasedClusteringAlgorithm
11.3.3Node-BasedClusteringAlgorithm
11.4ClusteringMovingObjectsinSpatialNetworks
11.4.1CMONFramework
11.4.2ConstructionandMaintenanceofCBs
11.4.3CMONConstructionwithDifferentCriteria
11.5Summary
References
12LocationPrivacy
12.1Introduction
12.2PrivacyThreatsinLBS
12.3SystemArchitecture
12.3.1Non-CooperativeArchitecture
12.3.2CentralizedArchitecture
12.3.3Peer-to-PeerArchitecture
12.4LocationAnonyrnizationTechniques
12.4.1LocationK-AnonymityModel
12.4.2p-SensitivityModel
12.4.3AnonymizationAlgorithms
12.5EvaluationMetrics
12.6Summary
References