MAOS: PortalDocumentationSeting & Script Files → Solving Script List

Note: Solving scripts may called basic Knowledge Components in JAVA classes, or macro Knowledge Components in Predefined Scripts.

Name Parameters Description
DE.G.F0.5.Planet CR=0.5 the Differential Evolution (DE) algorithm, including implement.NOP.behavior.complex.DEComplexSearcher (the search operator)
EM_SIT N/A including implement.NOP.behavior.complex.EMComplexSearcher: the major search component of Electromagnetism-like Mechanism Heuristic (EM)
SC_Direct TaoB=2 including implement.NOP.behavior.combine.SocialCognitiveSearcher: the major search component of Social Cognitive Optimization (SCO)

Name Parameters Description
STD_NLDUX nItemTour=1 the strategy used in "A mini-swarm for the quadratic knapsack problem", including a macro repairing & improving strategy, called LS_QKP_REFINER, and implement.common.behavior.combine.UniformXRecombinator (Uniform Crossover)

Name Parameters Description
DS_GGBX_STD_QT LI=20 the strategy used in "Graph coloring by multiagent fusion search", including SS_DS_LS@SpecialSSModules (DSatur-based construction search strategy), MLS_MFS_Imp@KernelMLSModules & LS_NODE_QT@SpecialLSNModules (Quasi-Tabu local search strategy), and implement.GCP.behavior.combine.GGBX.GGBXSearch (Generalized Group-based Recombination).

Name Parameters Description
STD_PRB_3Opt_REAX bitRatio=0.00, Cd=1.0, Nmtm=20 including implement.TSP.behavior.greedy.Basic3OPT (3-OPT local search strategy with alpha-type nearest neighborhood candidate set & don't look bits), and implement.TSP.behavior.combine.eax.RandEAXRecombinator (Edge Assembly Crossover (EAX) with diffusion control), etc. The component "RandEAXRecombinator" has been used in "How autonomy oriented computing (AOC) tackles a computationally hard optimization problem".
STD_PRB_InverOver pRandom=0.01 including implement.TSP.behavior.complex.InverOverSearcher: the Inver-over Operator proposed by Guo & Michalewicz.
STD_PRB_3Opt_DPX N/A including implement.TSP.behavior.combine.DPXSearcher: the Distance Preserving Crossover (DPX) proposed by Freisleben & Merz.


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