Locality and attachedness-based temporal social network growth dynamics analysis: A case study of evolving nanotechnology scientific collaboration networks

Keyphrases

• Temporal Social Networks 100%
• Dynamic Analysis 100%
• Distance-based 100%
• Scientific Networks 100%
• Growth Model 83%
• Hybrid Distance 33%
• Collaborative Networks 33%
• Densification Rate 33%
• Hybrid Degree 33%
• Average Shortest Distance 33%
• New Connection 16%
• Nanotechnology Development 16%
• High Clustering Coefficient 16%
• Growing Network 16%
• Scientometric Study 16%
• Nanotechnology Research 16%
• Rapid Advancement 16%
• Coefficient Value 16%
• Clustering Coefficient 16%
• Computational Network Model 16%
• Hybrid Model 16%
• Topological Properties 16%
• Dynamic Growth 16%
• Social Network Evolution 16%

Computer Science

• Scientific Collaboration 100%
• Dynamic Analysis 100%
• Short Distance 40%
• Clustering Coefficient 40%
• Growing Process 20%
• Excellent Opportunity 20%
• High Clustering 20%
• Coefficient Value 20%