AbstractThis paper studies the identical parallel machine scheduling problem with family set-up times and an objective of minimizing total weighted completion time (weighted flowtime). The family set-up time is incurred whenever there is a switch of processing from a job in one family to a job in another family. A heuristic is proposed in this paper for the problem. Computational results show that the proposed heuristic outperforms an existing heuristic, especially for large-sized problems, in terms of both solution quality and computation times. The improvement of solution quality is as high as 4.753% for six-machine problem and 7.822% for nine-machine problem, while the proposed heuristic runs three times faster than the existing one
International audienceThis paper studies the scheduling of lots (jobs) of different product types (j...
In this paper we study some aspects of weighted flow time on parallel machines. We first show that t...
AbstractThis paper presents a new approach for transforming MRP orders, planned periodically, e.g. o...
We describe and evaluate several branch-and-bound algorithms for an identical parallel machine sched...
In this study, we consider parallel machine scheduling problem with family setup times. Our criterio...
This paper addresses the parallel machine scheduling problem with family dependent setup times and t...
Family-based dispatching heuristics seek to lower set-up frequencies by grouping similar types of jo...
This paper investigates an unrelated parallel machine scheduling problem with a restrictive common d...
We consider the problem of scheduling jobs on two parallel identical machines where an optimal sched...
This paper deals with a flow-shop scheduling problem in which weights of jobs and break-down times o...
This paper studies the problem of scheduling jobs on parallel machines with setup times. When a mach...
Scheduling on multiple machines is a classical problem in scheduling and dates back to the 60's. In ...
Parallel machine scheduling problem of maximizing the weighted number of just-in-time jobs was inves...
LNCS v. 7164 is proceedings of the 9th International Workshop, WAOA 2011We study non-clairvoyant sch...
In this paper we consider unrelated parallel machine scheduling problems that involve the minimizati...
International audienceThis paper studies the scheduling of lots (jobs) of different product types (j...
In this paper we study some aspects of weighted flow time on parallel machines. We first show that t...
AbstractThis paper presents a new approach for transforming MRP orders, planned periodically, e.g. o...
We describe and evaluate several branch-and-bound algorithms for an identical parallel machine sched...
In this study, we consider parallel machine scheduling problem with family setup times. Our criterio...
This paper addresses the parallel machine scheduling problem with family dependent setup times and t...
Family-based dispatching heuristics seek to lower set-up frequencies by grouping similar types of jo...
This paper investigates an unrelated parallel machine scheduling problem with a restrictive common d...
We consider the problem of scheduling jobs on two parallel identical machines where an optimal sched...
This paper deals with a flow-shop scheduling problem in which weights of jobs and break-down times o...
This paper studies the problem of scheduling jobs on parallel machines with setup times. When a mach...
Scheduling on multiple machines is a classical problem in scheduling and dates back to the 60's. In ...
Parallel machine scheduling problem of maximizing the weighted number of just-in-time jobs was inves...
LNCS v. 7164 is proceedings of the 9th International Workshop, WAOA 2011We study non-clairvoyant sch...
In this paper we consider unrelated parallel machine scheduling problems that involve the minimizati...
International audienceThis paper studies the scheduling of lots (jobs) of different product types (j...
In this paper we study some aspects of weighted flow time on parallel machines. We first show that t...
AbstractThis paper presents a new approach for transforming MRP orders, planned periodically, e.g. o...