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Group of Numerical Optimization and Modeling. GNOM

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Constrained nonlinear network flow problems through projected Lagrangian methods

Constrained nonlinear network flow problems through projected Lagrangian methods https://gnom.upc.edu/en/PDFs/books-and-chapters/constrained-nonlinear-network-flow-problems-through-projected-lagrangian-methods/view https://gnom.upc.edu/++resource++plone-logo.svg

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Constrained nonlinear network flow problems through projected Lagrangian methods

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Rounding methods for protecting EU-aggregates
Using a Mathematical Programming Modeling Language for Optimal CTA
Automatic structure detection in constraints of tabular data
Testing variants of minimum distance controlled tabular adjustment
A fast network flows heuristic for cell suppression in positive tables
Computational experiments with minimum-distance controlled perturbation methods
Network flows heuristics for complementary cell suppression: an empirical evaluation and extensions
A parallel implementation of an interior-point algorithm for multicommodity network flows
Using ACCPM in the master problem of a restricted simplicial decomposition algorithm for the traffic assignment problem
Computational experience with a parallel implementation of an interior-point algorithm for multicommodity network flows
Primal-dual interior-point method for multicommodity network flows with side constraints and comparison with alternative methods
Efficient methods for the solution of multicommodity flow problems
Long-term hydrothermal coordination of electricity generation with power and energy constraints
Nonlinear Network Flows with Side Constraints Applied to Short Term Hydrothermal Coordination of Electricity Generation
Constrained nonlinear network flow problems through projected Lagrangian methods
Long-term electric power planning in liberalized markets using the Bloom and Gallant formulation
Proceeding EEM11
EEM12_CO2
copy_of_CorcheroHerediaCifuentes_EEM12_IEEExplore_preprint.pdf
Corchero_EEM12_IEEEXplore_preprint.pdf

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Tel.: 93 401 58 54 (Castro) ; 93 401 70 35 (Nabona)

E-mail: jordi.castro@upc.edu ; narcis.nabona@upc.edu

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