“…Indeed, various academic MOPs have been tackled, including continuous test functions such as the ZDT and DTLZ functions family (Deb et al, 2005b) or the Schaffer problem (Schaffer, 1985), scheduling problems including permutation flow-shop scheduling (Liefooghe et al, 2007a), routing problems such as the multiobjective traveling salesman problem and the bi-objective ring star problem (Liefooghe et al, 2010). Moreover, ParadisEO-MOEO has been successfully applied to solve real-world applications in structural biology (Boisson et al, 2008), feature selection in cancer classification (Talbi et al, 2008), materials design in chemistry (Schuetze et al, 2008), portfolio optimization, etc. Note that the problem-related part of some aforementioned applications is freely available as contributions on the ParadisEO website (http://paradiseo.gforge.inria.fr), together with a detailed documentation and some tutorial lessons.…”