A branch and bound approach for minimizing the energy consumption of an electrical vehicle

Table 4 reports the size of the critical tree for five branching rules (two static rules Forward, Alternate, and three dynamic strategies MaxSum, MinMin and MinBranch) and two

Solving to optimality large size combinatorial optimization problems (COPs) 2 using a Branch and Bound algorithm (B&B) is CPU time-consuming.. Although B&B allows to

 25% des patients insuffisant rénaux d’origine de néphropathie diabétique, ont un membre de leur famille qui diabétique, et 15% ont un membre de famille atteint d’une

This could be interpreted by the fact that each reduction of an activity assignment of interval variable domain made by reduced cost-based filtering calls again the propagation of

This rounding heuristic consists in fixing to 1 all binary variables greater or equal to 0.5 (the k great- est ones if there are more than k for the ROPF problem with

As of 2014, the state-of-the-art method for solving problem (1) to optimality is the semidefinite-based branch-and-bound algorithm of [MR12] which is able to solve instances of size n

More precisely, at each node of the search tree, we solve a robust Basic Cyclic Scheduling Problem (BCSP), which corresponds to the CJSP without resource constraints, using a