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Group of Numerical Optimization and Modeling. GNOM

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On self-regular IPMS by M. Salahi, R. Sotirov and T. Terlaky

On self-regular IPMS by M. Salahi, R. Sotirov and T. Terlaky https://gnom.upc.edu/en/PDFs/journals/on-self-regular-ipms-by-m.-salahi-r.-sotirov-and-t.-terlaky/view https://gnom.upc.edu/++resource++plone-logo.svg

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On self-regular IPMS by M. Salahi, R. Sotirov and T. Terlaky

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An interior-point approach for primal block-angular problems
Minimum-distance controlled perturbation methods for large-scale tabular data protection
Quadratic interior-point methods in statistical disclosure control
On self-regular IPMS by M. Salahi, R. Sotirov and T. Terlaky
A nonlinear optimization package for long-term hydrothermal coordination
Solving difficult multicommodity problems through a specialized interior-point algorithm
A specialized interior-point algorithm for multicommodity network flows
An interior-point algorithm for quadratic programming through separable equivalent problems
An implementation of a higher-order primal-dual interior-point algorithm using a predictor-corrector method for linear programming
An implementation of linear and nonlinear multicommodity network flows
An implementation of a primal-dual interior-point algorithm with upper-bounded variables
Optimum long-term hydrothermal coordination with fuel limits
Solving the load flow problem using the Gröbner basis
Nonlinear multicommodity network flows through primal partitioning and comparison with alternative methods
e-status: an Automatic Web-Based Problem generator - Applications to Statistics
An Effective Line Search for the Subgradient Method
Unit Commitment by Augmented Lagrangian Relaxation: Testing Two Decomposition Approaches
Short Term Hydrothermal Coordination by Augmented Lagrangean Relaxation: a New Multiplier Updating
Optimum Short-Term Hydrothermal Schedulling with Spinning Reserve through Network Flows
Development and computational test of an undecoupled optimum short-term hydrothermal scheduling code using network flows
A Heuristic for the Long-Term Electricity Generation Planning Problem Using the Bloom and Gallant Formulation
A three-stage short-term electric power planning procedure for a generation company in a liberalized market
CorcheroHeredia_EEM10_IEEEXplore_10.pdf
HerediaRiderCorchero_IEEETPS_10.pdf

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