“…Notice that the lower bound used by Yang and Chern (1995) is based on the length of only two paths of the Johnson sequence, thus it is dominated by LB J . This bound is given also by Fondrevelle et al (2005). Fig.…”
Section: Lower Bound With Classical Flow Shopmentioning
In this paper, we show lower bounds and upper bounds for the F2/max delay/Cmax problem. These bounds allow us to build a branch-and-bound procedure. Computational experiments reveal that these bounds and the associated branch-and-bound procedure are efficient.
“…Notice that the lower bound used by Yang and Chern (1995) is based on the length of only two paths of the Johnson sequence, thus it is dominated by LB J . This bound is given also by Fondrevelle et al (2005). Fig.…”
Section: Lower Bound With Classical Flow Shopmentioning
In this paper, we show lower bounds and upper bounds for the F2/max delay/Cmax problem. These bounds allow us to build a branch-and-bound procedure. Computational experiments reveal that these bounds and the associated branch-and-bound procedure are efficient.
“…The addressed problems are: flow-shop, hybrid flow-shop (see [9] for a recent publication), one machine problem, job-shop problems. Let us note the recent publication of Fondrevelle et al [10] devoted to permutation flow-shop scheduling problems including both minimal and maximal time-lags constraints.…”
Section: Previous Published Work On Scheduling Problems With Time-lagsmentioning
“…In our case, to decide if the insertion of an operation in an interval is feasible we have to take into account the setup times with respect to the machine predecessor and successor of the operation, and therefore we need to add setup times in the appropriate places of the algorithm (conditions (18) to (22) of the algorithm described [23]). …”
Section: Calculating Feasible Solutions To Sdst-jsptlmentioning
confidence: 99%
“…Hurink and Keuchel, in [17], propose a local search approach for the single machine problem. Fondrevelle et al in [18] and Dhouib et al in [19] solve permutation flow-shop scheduling problems with maximal and minimal time lags. Botta-Genoulaz [20] tackles the maximum lateness minimization in the hybrid flow shop scheduling with precedence constraints and time lags.…”
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.