It is shown by numerical computation that real-world optimal electrical power flow problems can be solved in real-time using vector processors. These problems are nonlinear optimization problems characterized by highly nonlinear constraints and a large number of variables, and cannot be solved in real-time even on mainframe computers. The speedup achieved in our vectorized computations is two orders of magnitude for some problems. © 1988 The Mathematical Programming Society, Inc.
Numerical comparisons of nonlinear programming algorithms on serial and vector processors using automatic differentiation
Grandinetti, L.;Conforti, D.
1988-01-01
Abstract
It is shown by numerical computation that real-world optimal electrical power flow problems can be solved in real-time using vector processors. These problems are nonlinear optimization problems characterized by highly nonlinear constraints and a large number of variables, and cannot be solved in real-time even on mainframe computers. The speedup achieved in our vectorized computations is two orders of magnitude for some problems. © 1988 The Mathematical Programming Society, Inc.File in questo prodotto:
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