
doi: 10.1111/itor.13301
handle: 11585/922971
AbstractIn integer programming and combinatorial optimisation, people use the term matheuristics to refer to methods that are heuristic in nature but draw on concepts from the literature on exact methods. We survey the literature on this topic, with a particular emphasis on matheuristics that yield both primal and dual bounds (i.e., upper and lower bounds in the case of a minimisation problem). We also make some comments about possible future developments.
combinatorial optimisation, Lagrangian relaxation, 330, matheuristics, integer programming; combinatorial optimisation; heuristics; matheuristics; Lagrangian relaxation; dual ascent, heuristics, integer programming, Operations research, mathematical programming, dual ascent
combinatorial optimisation, Lagrangian relaxation, 330, matheuristics, integer programming; combinatorial optimisation; heuristics; matheuristics; Lagrangian relaxation; dual ascent, heuristics, integer programming, Operations research, mathematical programming, dual ascent
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