HeuristicLab

http://dbpedia.org/resource/HeuristicLab an entity of type: Thing

HeuristicLab is a software environment for heuristic and evolutionary algorithms, developed by members of the Heuristic and Evolutionary Algorithm Laboratory (HEAL) at the , in Hagenberg im Mühlkreis.HeuristicLab has a strong focus on providing a graphical user interface so that users are not required to have comprehensive programming skills to adjust and extend the algorithms for a particular problem. In HeuristicLab algorithms are represented as operator graphs and changing or rearranging operators can be done by drag-and-drop without actually writing code. The software thereby tries to shift algorithm development capability from the software engineer to the user and practitioner. Developers can still extend the functionality on code level and can use HeuristicLab's plug-in mechanism tha rdf:langString
rdf:langString HeuristicLab
rdf:langString HeuristicLab
rdf:langString HeuristicLab
xsd:integer 35462525
xsd:integer 1095577893
rdf:langString HeuristicLab Screenshot
rdf:langString Software system for metaheuristic optimization
xsd:double 3.3
rdf:langString HeuristicLab Logo.png
xsd:integer 100
rdf:langString HeuristicLab Screenshot.png
xsd:integer 250
rdf:langString HeuristicLab is a software environment for heuristic and evolutionary algorithms, developed by members of the Heuristic and Evolutionary Algorithm Laboratory (HEAL) at the , in Hagenberg im Mühlkreis.HeuristicLab has a strong focus on providing a graphical user interface so that users are not required to have comprehensive programming skills to adjust and extend the algorithms for a particular problem. In HeuristicLab algorithms are represented as operator graphs and changing or rearranging operators can be done by drag-and-drop without actually writing code. The software thereby tries to shift algorithm development capability from the software engineer to the user and practitioner. Developers can still extend the functionality on code level and can use HeuristicLab's plug-in mechanism that allows them to integrate custom algorithms, solution representations or optimization problems.
xsd:nonNegativeInteger 10667
xsd:string 3.3.16 "Prague"

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