Strength-weighted flow cluster method considering spatiotemporal contiguity to reveal interregional association patterns

Keyphrases

• Association Patterns 100%
• Calculation Approach 33%
• Chinese Population 33%
• Cluster Evaluation 33%
• Clustering Methods 100%
• Density Method 33%
• Density-based Approach 33%
• Evaluation Method 33%
• Evaluation Metrics 33%
• Extraction Accuracy 33%
• Flow Cluster 100%
• Flow Clustering 33%
• Flow Data 66%
• Flow Pattern 66%
• Interaction Strength 33%
• Interaction Studies 33%
• Interaction Time 33%
• Interaction Volume 33%
• Metric Basis 33%
• Migration Data 33%
• Mining Pattern 33%
• Occurrence Time 33%
• Origin-destination Flows 33%
• Pattern Occurrences 33%
• Population Migration 33%
• Precise Identification 33%
• Relative Closeness 66%
• Spatial Dimension 33%
• Spatial Flow 66%
• Spatial Interaction 33%
• Spatio-temporal Flow 33%
• Spatiotemporal 100%
• Spatiotemporal Association 33%
• Strengths-based 100%
• Synthetic Data 33%
• Temporal Continuity 33%
• Temporal Dimension 66%
• Time Attribute 33%
• Volume Attribute 33%
• Weighted Flow 100%

Computer Science

• Case Study 50%
• Clustering Method 50%
• Data-Flow Analysis 50%
• Evaluation Metric 50%
• Expand Pattern 50%
• Fundamental Importance 50%
• Migration Data 50%
• Mining Pattern 50%
• Occurrence Time 50%
• Spatial Dimension 50%
• Spatial Interaction 50%
• Synthetic Datasets 50%
• Temporal Dimension 100%
• Time Attribute 50%
• Volume Interaction 50%

Earth and Planetary Sciences

• Data Flow Analysis 50%
• Flow Distribution 100%
• Population Migration 50%