Ann Arbor / Orlando / Caracas / Perth / New York / Berlin / St. Petersburg / /
Company
Based Computational Laboratory / /
Country
Romania / Venezuela / Russia / Australia / United Kingdom / Wales / /
Currency
USD / / /
Facility
Based Computational Laboratory / University of Tehran / /
IndustryTerm
electricity market / optimization algorithm / equilibrium search / deregulated electricity industry / local search / constrainedtransmission electricity markets / search spaces / electricity market model / evolutionary algorithm / potential solutions / bus network / genetic adaptive systems / Evolutionary algorithms / exhaustive search / locational energy balance equality condition / restructured electricity industry / electricity markets / electricity pool / coevolutionary genetic algorithm / electricity / coevolutionary algorithm / genetic algorithm / optimization algorithms / transmission-constrained electricity market / inspired algorithm / pheasible solutions / electric power systems / stochastic optimization algorithm / invasive weed optimization algorithm / coevolutionary algorithms / stochastic global search algorithms / computing / numerical stochastic search algorithm / numerical optimization algorithm / electrical networks / search space / transmission-constrained electricity market model / electricity networks / feasible solutions / /
Organization
University of Tehran / Computational Intelligence / Congress / World Congress / Modern Industrial Organization / Agent-Based Computational Laboratory / Invasive Weed Optimization IWO / /
Person
B. Nash Equilibrium / Bertrand Equilibria / Nash Equilibrium / G. Hossein Hajimirsadeghi / Ross Baldick / /
Position
important model for market power analysis / player / T. D. / strategic player / representative / controller / General / /
Product
LG 200C Cellular Phone / Optima / /
ProvinceOrState
Nebraska / South Dakota / Georgia / /
PublishedMedium
IEEE Transactions On Evolutionary Computation / Control Engineering / /
SOCIAL, COGNITIVE, AND BEHAVIOURAL SYSTEMS FINAL PROJECT 1 Discrete Invasive Weed Optimization for Nash Equilibrium Search in Nonlinear Games