North American Electric Reliability Corporation / The New York Times / Prentice-Hall / McGraw-Hill / /
Continent
North America / Europe / South America / /
Country
United States / Brazil / Canada / /
Currency
USD / / /
Event
Natural Disaster / Environmental Issue / /
Facility
Power System Stability / Power System Analysis / Power System Outages / Power System Blackout Risk Analysis Paul Hines Eduardo Cotilla-Sanchez U. / Power System Outage Task Force / /
IndustryTerm
abstract networks / power networks / electric power networks / electricity infrastructures / power-law distributions / energy infrastructure / large complex systems / synchrophasor technology / electricity infrastructure vulnerability / electricity infrastructure / bus network / ferromagnetic systems / interdependent networks / electric energy / dynamical systems / voltage power systems / ecological systems / electricity infrastructure networks / electricity infrastructure protection / electric power systems / scale-free networks / power systems / electricity networks / random networks / interconnected communications / test networks / /
Organization
U.S. Securities and Exchange Commission / National Academy of Sciences / WSCC Operations Committee / Western Systems Coordinating Council / Electric Power Research Institute / Bonneville Power Administration / US Federal Energy Regulatory Commission / US-Canada Power System Outage Task Force / /
Person
E. H. van Nes / V. Petoukhov / B. Carreras / V / V. Dakos / W. A. Brock / V / V. Brovkin / V / Eduardo Cotilla-Sanchez / Wang / Rong / Euler / S. R. Carpenter / V / Seth Blumsack / G. Sugihara / E. H. van Nes / V / H. Held / Paul Hines Eduardo / S. Boccaletti / V / Stanley / M. Rietkerk / /
Position
Prime Minister / improved opa model / Carpenter / forward / /
ProgrammingLanguage
DC / Scala / /
ProvinceOrState
Oregon / Hawaii / /
PublishedMedium
Physica A / Physical Review Letters / Proceedings of the National Academy of Sciences / Reviews of Modern Physics / The New York Times / Nature Medicine / /
Topological Models and Critical Slowing down: Two Approaches to Power System Blackout Risk Analysis