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CASOS Center

Center for Computational Analysis of Social and Organizational Systems

CASOS Center

Faculty

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Kathleen M. Carley

Director CASOS and IDeaS Centers

Rick Carley

 

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David Krackhardt

Param Vir Singh

Param Vir Singh

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Related Faculty


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Mihovil Bartulović

Adjunct Faculty, CASOS and IDeaS Centers

Iain Cruickshank

Iain Cruickshank

Adjunct Faculty

 

 

Jim Herbsleb

Lynnette Ng

Research Affiliate, CMU
Deputy Head (Information Management) at the Information Programme Center, .
Raj Reddy

Norman Sadeh

 , 

Michael Shamos

 

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Adjunct Faculty, CASOS and IDeaS Centers

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Associate Professor of Information Systems & Technology, Inaugural David Warco Faculty Fellow, Palumbo-Donahue School of Business

Duquesne University

Graduate Students

John Benson

John Benson

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Ian Kloo

Rebecca Marigliano

Rebecca Marigliano

Research Affiliate
Lynnette Ng

Research Affiliate
Luke Osterritter

, 
Jake Shaha

Jacob Shaha

Research Affiliate
Jeongkeun Shin

Alumni

Janice Blane

Former Knight Fellow
Ian Kloo

Catherine King

Former Knight Fellow
Christine Lepird

Former Knight Fellow

 

Thomas Magelinski

Former Knight Fellow
Rebecca Marigliano

Rebecca Marigliano

Research Affiliate
Isabel Murdock

Former Knight Fellow
Lynnette Ng

Research Affiliate, CMU
Deputy Head (Information Management) at the Information Programme Center, .
Jake Shaha

Jacob Shaha

Research Affiliate
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Adjunct Faculty, CASOS and IDeaS Centers

About our Director

Kathleen M. CarleyKathleen M. Carley

Dr. Carley’s research combines cognitive science, sociology, organization science, and computer science to address complex social and organizational issues. Her most notable research contribution was the establishment of Dynamic Network Analysis (DNA) – and the associated theory and methodology for examining large high‐dimensional time variant networks. Her research on DNA has resulted in tools for analyzing large‐scale dynamic networks and various multi‐agent simulation systems. She has led the development of tools for extracting sentiment, social and semantic networks, and cues from textual data (AutoMap & NetMapper), simulating epidemiological models (BioWar), and simulating changes in beliefs and practice given information campaigns (Construct). Her ORA system is one of the premier network analysis and visualization technologies, used worldwide,  supporting reasoning about geo‐spatial and dynamic high‐dimensional network data. It includes special features for handling small and big data, social media data, and network dynamics. Illustrative projects include assessment of disinformation and social cyber‐security threats, IRS outreach, impact of NextGen on airline re‐rerouting, counter-terrorism modeling, counter‐narcotics modeling, health analytics, social media analytics of elections, and crises such as Benghazi, Darfur, the Arab Spring, COVID‐19.

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