International audienceThis article compares two branching schemes for the parallel machine scheduling problem with release dates and tails. Both branching schemes can be used for either complete or incomplete search tree based algorithms. In particular, our study aims to prove the robustness of each of them for several search methods. We experimentally compare the efficiency of the two branching schemes when they are used in a branch-and-bound (BnB) method, in a limited discrepancy search, in a branch-and-greed (BnG) method or in a beam search (BS)
This paper presents many different parallel formulations of the A*/Branch-and-Bound search algorithm...
We present space-efficient parallel strategies for two fundamental combinatorial search problems, na...
Abstract. We present space-efficient parallel strategies for two fundamental combinatorial search pr...
In this doctoral dissertation we construct and improve Branch-and- Price algorithms for parallel mac...
Four different initialization methods for parallel Branch-and-bound algorithms are described and com...
Since the task scheduling problems in the multiprocessor environments belong to the class of strong ...
Four different initialization methods for parallel Branch-and-bound algorithms are described and com...
Abstract: A genera! technique for solving a wide variety of search problems is the branch-and-bound ...
International audienceIn the design of exact methods for NP-hard machine scheduling problems, branch...
International audienceWe present a large neighborhood search method based on limited discrepancy sea...
We study the parallel machine scheduling problem to minimize the sum of the weighted completion time...
The search for acceptable solutions in a combinatorially large problem space is an important problem...
The search for solutions in a combinatorially large problem space is a major problem in artificial i...
Combinatorial branch and bound searches are a common technique for solving global optimisation and d...
Scheduling problems are essential for decision making in many academic disciplines, including operat...
This paper presents many different parallel formulations of the A*/Branch-and-Bound search algorithm...
We present space-efficient parallel strategies for two fundamental combinatorial search problems, na...
Abstract. We present space-efficient parallel strategies for two fundamental combinatorial search pr...
In this doctoral dissertation we construct and improve Branch-and- Price algorithms for parallel mac...
Four different initialization methods for parallel Branch-and-bound algorithms are described and com...
Since the task scheduling problems in the multiprocessor environments belong to the class of strong ...
Four different initialization methods for parallel Branch-and-bound algorithms are described and com...
Abstract: A genera! technique for solving a wide variety of search problems is the branch-and-bound ...
International audienceIn the design of exact methods for NP-hard machine scheduling problems, branch...
International audienceWe present a large neighborhood search method based on limited discrepancy sea...
We study the parallel machine scheduling problem to minimize the sum of the weighted completion time...
The search for acceptable solutions in a combinatorially large problem space is an important problem...
The search for solutions in a combinatorially large problem space is a major problem in artificial i...
Combinatorial branch and bound searches are a common technique for solving global optimisation and d...
Scheduling problems are essential for decision making in many academic disciplines, including operat...
This paper presents many different parallel formulations of the A*/Branch-and-Bound search algorithm...
We present space-efficient parallel strategies for two fundamental combinatorial search problems, na...
Abstract. We present space-efficient parallel strategies for two fundamental combinatorial search pr...