This paper discusses a multi-item capacitated lot-sizing and scheduling problem in a flow-
shop system with energy consideration. A mixed integer linear programming is formulated …

In this paper, a single-item capacitated lot-sizing problem in a flow-shop system with energy
consideration is addressed. The planning horizon is split into T periods where each one is …

This paper presents a capacitated lot-sizing problem in flow-shop system with energy
consideration. The planning horizon is defined by a set of periods. Each period is …

In this paper, a single-item capacitated lot-sizing problem in a flow-shop system with energy
consideration is studied. The planning horizon is defined by a set of periods where each one …

This study addresses a new single-item lot-sizing problem for flow-shop configurations by
integrating the capacity contract selection problem with multiple energy sources. To the best …

In this paper, a new single item lot sizing problem, including different energy sources is
addressed. The objective is to determine the optimal production planning and energy …

In this paper, a multiproduct multiperiod capacitated production system that has been
organized as a flow shop is considered. The main novelty of the paper is proposing a more …

Production planning and scheduling are usually performed in a sequential manner, thus
generating unfeasibility conflicts. Moreover, solving these problems in complex …

This paper studies the problem of capacitated lot-sizing and scheduling in job shops with a
carryover set-up and a general product structure. After analyzing the literature, the …

This paper proposes a genetic algorithm-based heuristic for the capacitated lotsizing
problem in flow shops with sequence-dependent setups. The proposed heuristic combines …