Abstract
This paper considers the Economic Lot Scheduling Problem: that is, the problem of finding a feasible schedule that allows cyclic production of several products on a single facility so as to minimize holding and set up costs. We consider the case when three products are required to be produced in a given fixed lot size and at regular intervals. We derive a very simple test for existence of a feasible schedule and a method of constructing feasible schedules if one exists. The approach is simpler than the mixed integer programming approach and enumeration schemes currently proposed in the literature and is constructive.

This publication has 0 references indexed in Scilit: