This paper presents a probabilistic technique to diversify, intensify and parallelize a local search adapted for solving vehicle routing problems. This technique may be applied to a very wide variety of vehicle routing problems and local searches. It is shown that efficient first level taboo searches for vehicle routing problems may be significantly improved with this technique. Moreover, the solutions produced by this technique may often be improved by a post-optimization technique presented in this paper too. The solutions of nearly 40 problem instances of the literature have been improved
The aim of this thesis is to study the Vehicle Routing Problem (VRP), analyse the existing resolutio...
Heuristics for stochastic and dynamic vehicle routing problems are often kept relatively simple, in ...
International audienceThis chapter presents the main metaheuristics working on a sequence of solutio...
This article presents a probabilistic technique to diversify, intensify, and parallelize a local sea...
International audienceSimple heuristics and local search procedures are important components of meta...
This paper presents two partition methods that speed up iterative search methods applied to vehicle ...
In this paper we describe a hybrid strategy for solving combinatorial optimisation problems, obtaine...
This paper describes a new local search algorithm that provides very high quality solutions to vehic...
The thesis deals with the Vehicle Routing problem with vehicles having limited capacity. We mainly f...
In the present PhD thesis, a collection of vehicle routing problems is examined and solved. These pr...
This paper presents an original hybrid approach to solve the Capacitated Vehicle Routing Problem (CV...
This paper proposes a hybrid algorithm, combining Biased-Randomized (BR) processes with an Iterated ...
The vehicle routing problem considering multiple depots is classified as NP-hard. MDVRP determines s...
A recent case of success, the Knowledge-Guided Local Search was able to efficiently and effectively ...
Distribution is a substantial cost in many companies and in some sectors it contributes a high perce...
The aim of this thesis is to study the Vehicle Routing Problem (VRP), analyse the existing resolutio...
Heuristics for stochastic and dynamic vehicle routing problems are often kept relatively simple, in ...
International audienceThis chapter presents the main metaheuristics working on a sequence of solutio...
This article presents a probabilistic technique to diversify, intensify, and parallelize a local sea...
International audienceSimple heuristics and local search procedures are important components of meta...
This paper presents two partition methods that speed up iterative search methods applied to vehicle ...
In this paper we describe a hybrid strategy for solving combinatorial optimisation problems, obtaine...
This paper describes a new local search algorithm that provides very high quality solutions to vehic...
The thesis deals with the Vehicle Routing problem with vehicles having limited capacity. We mainly f...
In the present PhD thesis, a collection of vehicle routing problems is examined and solved. These pr...
This paper presents an original hybrid approach to solve the Capacitated Vehicle Routing Problem (CV...
This paper proposes a hybrid algorithm, combining Biased-Randomized (BR) processes with an Iterated ...
The vehicle routing problem considering multiple depots is classified as NP-hard. MDVRP determines s...
A recent case of success, the Knowledge-Guided Local Search was able to efficiently and effectively ...
Distribution is a substantial cost in many companies and in some sectors it contributes a high perce...
The aim of this thesis is to study the Vehicle Routing Problem (VRP), analyse the existing resolutio...
Heuristics for stochastic and dynamic vehicle routing problems are often kept relatively simple, in ...
International audienceThis chapter presents the main metaheuristics working on a sequence of solutio...