EFFICIENCY OF INTERACTIVE MULTIOBJECTIVE SIMULATED ANNEALING THROUGH A CASE-STUDY

We have previously developed an adaptation of the simulated annealing for Multi-Objective Combinatorial Optimisation (MOCO) problems to cons truct an approximation of the efficient set of such problems. Here we transform this approach to propose an interactive procedure deriving a 'good compromise'. The method is tested on the problem of homogeneous grouping of nuclear fuel cans which is In fact multi-objective even i f the approaches proposed in the literature do not handle this multi-d imensional characteristic.