Abstract: This paper compares the optimization of a logistic scheduling problem us-ing two different optimization techniques; the genetic algorithms and the ant colony optimization. The comparison is preceded by a literature review that summarizes the available comparison results for different benchmark problems and tries to generalize the differences between the techniques. The simulation results for the logistic problem conrm the conclusions of the literature survey: both methods perform equally well, but in general the genetic algorithms are faster. However, the ant colonies give more information about the solution, which is advantage in some applications. Copyright c°2005 IFAC
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An ant colony optimization (ACO) approach for the resource-constrained project scheduling problem (R...
[[abstract]]Ant colony optimization (ACO) is a meta-heuristic based on the indirect communication of...
Increased productivity and lower cost in manufacturing processes can be achieved through growing red...
AbstractThis paper discusses the methodologies that can be used to optimize a logistic process of a ...
Abstract—This paper analyses the type and characteristics of several typical production scheduling p...
The optimum solution of the production scheduling problem for manufacturing processes at an enterpri...
Abstract In this paper, we suggest an Ant Colony System (ACS) to solve a scheduling problem for jobs...
Scheduling optimization problems provide much potential for innovative solutions by genetic algorith...
[[abstract]]This paper addresses a multi-stage job-shop parallel-machine-scheduling problem with an ...
Production scheduling problems attract a lot of attention among applied scientists and practitioners...
This paper deals with the makespan minimization for Job Scheduling . Research on optimization techni...
To effectively manage and control the execution of production process, a correct scheduling activity...
This paper considers the problem of scheduling a given set of samples in a mineral laboratory, locat...
Genetic algorithms have during the recent years gained popularity also in the domain of chemical eng...
Abstract—Effective approaches are important to batch process scheduling problems, especially those w...
An ant colony optimization (ACO) approach for the resource-constrained project scheduling problem (R...
[[abstract]]Ant colony optimization (ACO) is a meta-heuristic based on the indirect communication of...
Increased productivity and lower cost in manufacturing processes can be achieved through growing red...