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INFO 5613: Network Science

Data involving relationships and interactions are pervasive in contemporary information society but these data require distinct methods and theories for analysis and interpretation. Network science is an umbrella term that encompasses interdisciplinary theories and methods for analyzing social, information, and other complex networks. Network science provides tools to develop quantitative representations linking micro-level processes to macro-level structures across diverse empirical settings like organizations, online communities, and archives. Students will develop their familiarity with the methods and theories to understand the fundamentals of networks, metrics for characterizing their structure, and the dynamics of and on networks.

Course design

The class is split up into four modules: (1) Fundamentals introduces the unique vocabulary of network science and its unique data and visualizations; (2) Structure covers the metrics for describing networks across multiple levels of analysis; (3) Dynamics explores how networks can explain change in social systems; (4) Applications extends the network framework to more advanced methods. See the Course Outline below for more details.

Course outline

Module Week Dates Topics
Fundamentals 1 Aug 24; Aug 26 Fundamentals of networks
Fundamentals 2 Aug 31; Sep 2 Data and ethics of networks
Fundamentals 3 Sep 7; Sep 9 Visualizing networks
Structure 4 Sep 14; Sep 16 Node-level structure
Structure 5 Sep 21; Sep 23 Local-level structure
Structure 6 Sep 28; Sep 30 Global-level structure
Structure 7 Oct 5; Oct 7 Community structure
Dynamics 8 Oct 12; Oct 14 Random networks
Dynamics 9 Oct 19; Oct 21 Network growth
Dynamics 10 Oct 26; Oct 28 Network growth
Dynamics 11 Nov 2; Nov 4 Similarity and homophily
Applications 12 Nov 9; Nov 11 Bipartite networks
Applications 13 Nov 16; Nov 18 Weighted networks
14 Nov 23; Nov 25 Fall break
Presentations 15 Nov 30; Dec 2 Presentations
Presentations 16 Dec 7; Dec 9 Presentations