Multi-factory production planning and scheduling problems have been increasingly studied
by scholars recently due to market uncertainty, technological trends like Industry 4.0 and …

In many applications involving make-to-order or time-sensitive (eg, perishable, seasonal)
products, finished orders are often delivered to customers immediately or shortly after the …

Michael L. Pinedo Theory, Algorithms, and Systems Sixth Edition Page 1 Scheduling Michael L.
Pinedo Theory, Algorithms, and Systems Sixth Edition Page 2 Scheduling Page 3 Michael L …

In recent years, both distributed scheduling problem and energy-efficient scheduling have
attracted much attention. As the integration of these two problems, the distributed energy …

Global manufacturing companies have some pressing needs to improve production visibility
and decision-making performance by implementing effective production monitoring and …

This research focuses on the practical problem of a perishable product that must be
produced and distributed before it becomes unusable but at minimum cost. The problem has …

This paper integrates production and outbound distribution scheduling in order to minimize
total tardiness. The overall problem consists of two subproblems. The first addresses …

This paper provides an overview of the key contributions within the planning and scheduling
communities with specific emphasis on uncertainty analysis. As opposed to focusing in one …

Distributed scheduling has been frequently investigated with the increasing applications of
multi-factory production; however, distributed unrelated parallel machine scheduling …

This paper tackles the high-dimensional robust order scheduling problem. A multi-objective
evolutionary algorithm called constrained nondominated sorting differential evolution based …