W.H. Press / Cambridge University Press / Electric Reliability Technology Solutions / Renewable Energy / Oak Ridge National Laboratory / UT-Battelle LLC / B.P. Flannery S.A. / /
Continent
North America / /
Country
United States / /
Currency
pence / GBP / / /
Facility
University of Wisconsin Madison / University of Alaska Fairbanks / /
IndustryTerm
power-law-scaling region increases / real power transmission network / 94node tree network / tree network / power transmission systems / realistic power networks / power network / energy / power system transmission systems / deregulated power systems / power transmission networks / feasible solution / tested several algorithms / power law tails / power grid systems / grid networks / tree networks / electricity demand / power law / basic network / power systems / past electricity consumption / protection systems / /
Organization
Cambridge University / U.S. Department of Energy / National Science Foundation / office of Power Technologies / University of Alaska Fairbanks / University of Wisconsin Madison / /
Person
I. Dobson / David Newman / B.A. Carreras / V / Ian Dobson / B. A. Carreras / A.B. Poole / D.E. Newman / / /
Hawaii International Conference on Systems Sciences, January 2002, Hawaii. © IEEE Dynamics, Criticality and Self-organization in a Model for Blackouts in Power Transmission Systems B. A. Carreras Oak Ridge National Lab