Real-Time Stochastic Optimization of Complex Energy Systems on High-Performance Computers
Additional information
Authors
Petra C. G.,
Schenk O.,
Anitescu M.
Type
Journal Article
Year
2014
Language
English
Keywords
complex energy systems, continuation (homotopy) methods, Cray XC30 systems, Cray XK7, decision variables, distributed programming, electrical power grid systems, energy dispatch, Generators, GPU-based dense matrix, High performance computing, high-performance computers, high-performance computing, horizon power grid problems, interprocess communication, linear systems, mathematics computing, matrix algebra, Multicore processing, multicore--based dense matrix, parallel processing, parallel solver PIPS-IPM, PARDISO linear solver, power engineering computing, power generation dispatch, power grids, real-time stochastic optimization problem, Scalability, scalable approach, scientific computing, sparse factorization, stochastic programming, Symmetric matrices, time 24 hour
Journal
Computing in Science Engineering
Pages (or article number)
32-42
