"1"^^ . "Immunity as Inspiration for Elimination of Oil Spills"@en . . . "78903" . . "1"^^ . "\u017Dilina, Slovensko" . "ICTIC 2013 : proceedings in conference of informatics and management sciences" . . "Immunity as Inspiration for Elimination of Oil Spills"@en . "\u017Dilinsk\u00E1 univerzita v \u017Diline" . "http://www.ictic.sk/archive/?vid=1&aid=1&kid=50201" . "2013-03-25+01:00"^^ . . . . "[4B6767B367DC]" . . "Stability of water ecosystems is often disturbed by dangerous chemicals \u2013 products of human activities having negative economical and environmental impact. Oil spills are typical examples of these dangerous chemicals. They are eliminated with different strategies, e. g. self-cleaning of water surface, usage of booms, collectors of oil spills or autonomous robots. This paper investigates the application of the immunity-based principles with multi-agent coalition formation technique for elimination of oil spills. Combination of these approaches is not usual for solving this problem. Clonal selection-based B-Cell Algorithm (BCA) is investigated for this purpose and compared with the algorithm Clonalg-Opt."@en . "Immunity as Inspiration for Elimination of Oil Spills" . "978-80-554-0648-0" . . . "Hus\u00E1kov\u00E1, Martina" . . "RIV/62690094:18450/13:50001292!RIV14-MSM-18450___" . . "RIV/62690094:18450/13:50001292" . . "18450" . . . "\u017Dilina" . . "Clonalg-Opt; BCA; artificial immune system; immunity; coalition formation; multi-agent system; oil spill"@en . "P(EE2.3.20.0001)" . "6"^^ . "Immunity as Inspiration for Elimination of Oil Spills" . . . . . "Stability of water ecosystems is often disturbed by dangerous chemicals \u2013 products of human activities having negative economical and environmental impact. Oil spills are typical examples of these dangerous chemicals. They are eliminated with different strategies, e. g. self-cleaning of water surface, usage of booms, collectors of oil spills or autonomous robots. This paper investigates the application of the immunity-based principles with multi-agent coalition formation technique for elimination of oil spills. Combination of these approaches is not usual for solving this problem. Clonal selection-based B-Cell Algorithm (BCA) is investigated for this purpose and compared with the algorithm Clonalg-Opt." . .