Title
D-Map+: Interactive Visual Analysis and Exploration of Ego-centric and Event-centric Information Diffusion Patterns in Social Media.
Abstract
Information diffusion analysis is important in social media. In this work, we present a coherent ego-centric and event-centric model to investigate diffusion patterns and user behaviors. Applying the model, we propose Diffusion Map+ (D-Maps+), a novel visualization method to support exploration and analysis of user behaviors and diffusion patterns through a map metaphor. For ego-centric analysis, users who participated in reposting (i.e., resending a message initially posted by others) one central user’s posts (i.e., a series of original tweets) are collected. Event-centric analysis focuses on multiple central users discussing a specific event, with all the people participating and reposting messages about it. Social media users are mapped to a hexagonal grid based on their behavior similarities and in the chronological order of repostings. With the additional interactions and linkings, D-Map+ is capable of providing visual profiling of influential users, describing their social behaviors and analyzing the evolution of significant events in social media. A comprehensive visual analysis system is developed to support interactive exploration with D-Map+. We evaluate our work with real-world social media data and find interesting patterns among users and events. We also perform evaluations including user studies and expert feedback to certify the capabilities of our method.
Year
DOI
Venue
2019
10.1145/3183347
ACM TIST
Keywords
Field
DocType
Social media, information diffusion, map
Social behavior,Social media,Visualization,Computer science,Profiling (computer programming),Id, ego and super-ego,Interactive visual analysis,Human–computer interaction,Artificial intelligence,User studies,Machine learning,Metaphor
Journal
Volume
Issue
ISSN
10
1
2157-6904
Citations 
PageRank 
References 
5
0.39
41
Authors
6
Name
Order
Citations
PageRank
Siming Chen112514.34
Shuai Chen2339.17
Zhenhuang Wang350.39
Jie Liang48610.85
Yadong Wu5102.15
Xiaoru Yuan6115770.28