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Carnegie Mellon | ECE |CEIC | PSERC | |
Risk of Cascading Failures PSERC Project S-26 |
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Goals: To develop tools for monitoring and managing |
Researchers |
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Work in Progress |
Transmission Security: Rules, Risks, and Blackouts James D. McCalley, Iowa
State University, Midwest ISO’s System Operator Training Short Course,
April 24-28, 2006 With Assistance from Abdul Ardate,
Siddhartha Khaitan, and Fei Xiao |
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Can Cascading Failures Be Eliminated? Sarosh
Talukdar, CEIC, |
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The Frequency of Large Blackouts in the
United States Paul
Hines, |
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Designing A Multi-Agent System To Stop
Cascading Failures After They Have Started |
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Monitoring
Overall Risk of Blackouts: explanation and plan |
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Publications |
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Distributed Model Predictive Control
for the Mitigation of Cascading Failures Sarosh Talukdar, Dong Jia, Paul Hines, and Bruce H. Krogh, March 2005 |
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Autonomous Agents and Cooperation for
the Control of Cascading Failures in Electric Grids
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Controlling
Cascading Failures with Cooperative Autonomous Agents Paul
Hines and Sarosh Talukdar, |
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Electrical
Blackouts: A Systemic Problem |
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Cascading Failures:
Survival vs. Prevention |
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Criticality in a
cascading failure blackout model |
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An estimator of
propagation of cascading failure |
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An approach to
statistical estimation of cascading failure propagation in blackouts |
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Statistical
estimation of cascading blackout size and propagation with branching
processes |
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previous
Wisconsin/ORNL/Alaska, PSerc, CERTS publications on blackout risk and
cascading failure |