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Carola Doerr
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Research Interests
Theory of randomized black-box heuristics for discrete optimization problems,
in particular randomized local search with variable neighborhood sizes, evolutionary algorithms, and non-static parameter selection
Black-box complexity, aka randomized query complexity
Randomized and quasi-randomized algorithms in general
Geometric discrepancies, in particular computational aspects of the star discrepancy
Theory of randomized black-box heuristics for discrete optimization problems,
in particular randomized local search with variable neighborhood sizes, evolutionary algorithms, and non-static parameter selection
Black-box complexity, aka randomized query complexity
Randomized and quasi-randomized algorithms in general
Geometric discrepancies, in particular computational aspects of the star discrepancy
Papers101 papers
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genetic and evolutionary computation conference, pp.778-786, (2020)
genetic and evolutionary computation conference, (2020)
parallel problem solving from nature, (2020)
Bibtex
THEORETICAL COMPUTER SCIENCE, (2020): 1-34
GECCO '20: Genetic and Evolutionary Computation Conference
Cancún
Mexico
July,..., pp.1043-1054, (2020)
Bibtex
Thomas Bartz-Beielstein,Carola Doerr,Jakob Bossek, Sowmya Chandrasekaran, Tome Eftimov, Andreas Fischbach,Pascal Kerschke, Manuel Lopez-Ibanez, Katherine M. Malan,Jason H. Moore,Boris Naujoks,Patryk Orzechowski
Bibtex
parallel problem solving from nature, pp.169-183, (2020)
parallel problem solving from nature, pp.139-153, (2020)
parallel problem solving from nature, pp.485-499, (2020)
Bibtex
genetic and evolutionary computation conference, pp.654-662, (2020)
Applied Soft Computing, (2020): 106027
genetic and evolutionary computation conference, (2020)
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national conference on artificial intelligence, (2020)
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