Package org.uma.jmetal.experiment

Class Summary

Class	Description
BinaryProblemsStudy	Example of experimental study based on solving two binary problems with four algorithms: NSGAII, SPEA2, MOCell, and MOCHC This experiment assumes that the reference Pareto front are not known, so the must be produced.
ConstraintProblemsStudy	Example of experimental study based on solving the unconstrained problems included in jMetal.
DTLZStudy	Example of experimental study based on solving the problems (configured with 3 objectives) with the algorithms NSGAII, SPEA2, and SMPSO This experiment assumes that the reference Pareto front are known and stored in files whose names are different from the default name expected for every problem.
NSGAIIStudy	Example of experimental study based on solving the ZDT problems with four versions of NSGA-II, each of them applying a different crossover probability (from 0.7 to 1.0).
NSGAIIStudy2	Example of experimental study based on solving the ZDT problems with four versions of NSGA-II, each of them applying a different crossover probability (from 0.7 to 1.0).
ZDTScalabilityIStudy	Example of experimental study based on solving the ZDT1 problem but using five different number of variables.
ZDTScalabilityIStudy2	Example of experimental study based on solving the ZDT1 problem but using five different number of variables.
ZDTStudy	Example of experimental study based on solving the ZDT problems with the algorithms NSGAII, SPEA2, and SMPSO This experiment assumes that the reference Pareto front are known and that, given a problem named P, there is a corresponding file called P.pf containing its corresponding Pareto front.
ZDTStudy2	Example of experimental study based on solving the ZDT problems with algorithms NSGAII, SPEA2, and SMPSO This experiment assumes that the reference Pareto front are not known, so the names of files containing them and the directory where they are located must be specified.