6533b86cfe1ef96bd12c8a06
RESEARCH PRODUCT
Pseudo-Cut Strategies for Global Optimization
Abraham DuarteCésar RegoLeon S. LasdonJohn PlummerRafael MartíManuel LagunaFred Gloversubject
Statistics and ProbabilityMathematical optimizationControl and OptimizationProcess (engineering)Space (commercial competition)Tabu searchComputer Science ApplicationsComputational MathematicsNonlinear systemRange (mathematics)Computational Theory and MathematicsOrder (exchange)Modeling and SimulationDecision Sciences (miscellaneous)Global optimizationMetaheuristicMathematicsdescription
Motivated by the successful use of a pseudo-cut strategy within the setting of constrained nonlinear and nonconvex optimization in Lasdon et al. (2010), we propose a framework for general pseudo-cut strategies in global optimization that provides a broader and more comprehensive range of methods. The fundamental idea is to introduce linear cutting planes that provide temporary, possibly invalid, restrictions on the space of feasible solutions, as proposed in the setting of the tabu search metaheuristic in Glover (1989), in order to guide a solution process toward a global optimum, where the cutting planes can be discarded and replaced by others as the process continues. These strategies can be used separately or in combination, and can also be used to supplement other approaches to nonlinear global optimization. Our strategies also provide mechanisms for generating trial solutions that can be used with or without the temporary enforcement of the pseudo-cuts.
year | journal | country | edition | language |
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2011-10-01 | International Journal of Applied Metaheuristic Computing |