Relative performance of priority rules for hybrid flow shop scheduling with setup times
DOI:
https://doi.org/10.14488/1676-1901.v15i4.1791Keywords:
Production scheduling. Hybrid flow shop. Priority rules. Sequence-independent setup times. HeuristicsAbstract
This paper focuses the hybrid flow shop scheduling problem with explicit and sequence-independent setup times. This production environment is a multistage system with unidirectional flow of jobs, wherein each stage may contain multiple machines available for processing. The optimized measure was the total time to complete the schedule (makespan). The aim was to propose new priority rules to support the schedule and to evaluate their relative performance at the production system considered by the percentage of success, relative deviation, standard deviation of relative deviation, and average CPU time. Computational experiments have indicated that the rules using ascending order of the sum of processing and setup times of the first stage (SPT1 and SPT1_ERD) performed better, reaching together more than 56% of success.
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