Modeling spatio-temporal evolution of urban crowd flows

Keyphrases

• Spatiotemporal Evolution 100%
• Urban Crowd Flows 100%
• Proposed Methodology 80%
• Urban Crowd 60%
• Evolutionary Patterns 40%
• Gathering Process 40%
• Spatial Dependence 20%
• Environmental Conditions 20%
• Morphological Changes 20%
• Moving Objects 20%
• Analytical Framework 20%
• Spatial Constraints 20%
• Metropolitan Cities 20%
• Data Representativeness 20%
• Spatiotemporal Characteristics 20%
• Morphological Evolution 20%
• Temporal Dependence 20%
• Public Safety 20%
• Traffic Management 20%
• Urban Planners 20%
• Traffic Congestion 20%
• Mobility Data 20%
• Man-made Disasters 20%
• Pedestrian 20%
• Data Sparseness 20%
• Travel Route 20%
• Matrix Computation 20%
• Socioeconomic Issues 20%
• Wuhan China 20%
• Emergency Event 20%
• Novel Matrix 20%
• Municipal Manager 20%
• Four-connected 20%
• Pattern Sensitivity 20%
• Crowd Visualization 20%
• Sensitivity Constraints 20%

Computer Science

• Temporal Characteristic 100%
• Traffic Management 100%
• Representativeness 100%
• Temporal Evolution 100%
• Computation Matrix 100%
• Emergency Event 100%
• Dependency Condition 100%

Earth and Planetary Sciences

• Temporal Evolution 100%
• Morphology 100%
• Socioeconomics 33%
• China 33%
• Traffic Congestion 33%
• Analytical Framework 33%
• Traffic Management 33%
• Spatial Dependency 33%
• Human-Made Disaster 33%