Graph Mining Techniques for Social Media Analysis
author:
Mary McGlohon,
School of Computer Science, Carnegie Mellon University
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| Slides | |
| 0:00 | Graph Mining Techniques for Social Media Analysis |
| 0:40 | What is graph mining? |
| 1:29 | What is graph mining? |
| 2:08 | What is graph mining? |
| 3:10 | Motivating questions |
| 3:51 | Outline |
| 5:02 | Part 1 Outline |
| 5:10 | D1: Network |
| 5:45 | D2: Adjacency matrix |
| 6:34 | D3: Bipartite graphs |
| 7:07 | D4: Components |
| 7:34 | D4: Components |
| 7:46 | D5: Diameter |
| 8:03 | D5: Diameter |
| 8:13 | D5: Diameter |
| 8:47 | D6: Degree distribution |
| 9:21 | Some graphs |
| 10:00 | Part 1 Outline |
| 10:21 | Small-world effect |
| 11:17 | [Leskovec & Horvitz 07] |
| 11:53 | Part 1 Outline |
| 12:03 | Degree distribution |
| 12:48 | Degree distribution |
| 13:23 | Power law degree distribution |
| 13:36 | Power laws - discussion |
| 13:45 | Power laws - discussion |
| 14:31 | Time Evolution: rank R |
| 14:37 | The Peer-to-Peer Topology |
| 14:54 | epinions.com |
| 15:00 | Part 1 Outline |
| 15:04 | Components |
| 15:40 | Giant connected component |
| 16:19 | Part 1 Outline |
| 16:39 | Motivating questions |
| 16:53 | Evolution of diameter? |
| 17:24 | Shrinking diameter |
| 18:08 | Shrinking diameter |
| 18:39 | Shrinking diameter |
| 19:02 | Shrinking diameter |
| 19:18 | Temporal evolution |
| 19:41 | Temporal evolution |
| 19:45 | Temporal evolution |
| 20:02 | Densification Power Law |
| 20:17 | Densification Power Law |
| 20:26 | Densification Power Law |
| 20:34 | Densification Power Law |
| 20:40 | Densification Power Law |
| 20:44 | Densification Power Law |
| 20:51 | Part 1 Outline |
| 21:14 | Another big question |
| 21:29 | Another big question |
| 21:45 | Bibliography: Part 1 |
| 21:50 | Bibliography: Part 1 |
| 21:51 | Bibliography: Part 1 |
| 21:53 | Bibliography: Part 1 |
| 21:54 | Bibliography: Part 1 |
| 21:56 | The End |
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