Stack-up algorithms for palletizing at delivery industry

Article Abstract:

Research is presented concerning the development of an algorithm for the analysis of worst-case performance within a multi-objective combinatorial stack-up problem occurring within the delivery industry.

Competition (Economics), Computational complexity, Computational complexity (Machine theory), Control systems

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Two-stage open shop scheduling with a bottleneck machine

Article Abstract:

Research is presented concerning the development of a heuristic algorithm which can be applied to a scheduling problem wherein each job's processing route comprises a maximum of two operations. Worst-case performance is discussed.

Scheduling (Management), Manufacturing processes, Manufacturing

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Storage controlled pile-up systems, theoretical foundations

Article Abstract:

A study on the theoretical foundations for controlling pile-up systems and an analysis of its computational complexity is presented. It was found that the general pile-up problem is NP-complete. The most viable alternative storage structure is using a number of buffer conveyors rather than that of a cylic storage conveyor.

Materials & Handling Management, Materials handling, Conveyors, Materials management, Conveying machinery, Order picking systems, Order picking

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