A matheuristic for flowshop scheduling with batch processing machines in textile manufacturing

Comparison of lot streaming division methodologies for multi-objective hybrid flowshop scheduling problem by considering limited waiting time

“…A comprehensive literature review demonstrates that the majority of studies prioritize minimizing makespan as the sole objective for the HFSP to increase system efficiency [10,17,43,50,62,63,70,75]. While a limited number of studies have considered multi-objective optimization with criteria such as makespan and total flow time [11,40], it is notable that there is currently no published study focusing on simultaneously minimizing makespan, average flow time, and total workload imbalance as objectives for the HFSP under the lwt constraint.…”

“…The following section provides a review of recent literature with respect to several aspects of the investigated problem. Besides, a literature review table that highlights the main differences between this research and others is provided in HFSP repository at https://github.com/omerfarukktu/HFSP including studies [7,10,11,12,13,17,23,27,30,33,37,40,44,43,47,49,50,57,59,60,62,63,69,70,71,72,73,75,74,77,78,79] Ying [70] proposed an iterated greedy algorithm for the HFSP with the makespan criterion. The effectiveness of the heuristic was shown through computational experiments.…”

“…Among the diverse problem characteristics, this study analyzes the lot streaming methodologies in the multi-objective HFSP with the lwt constraint. Although examining lot streaming for HFSP with the lwt setting is crucial for analyzing real manufacturing environments, most of the existing studies, including but not limited to Ying [70], Attar [4], Zhang et al [73], Cao et al (2021) [10], and Wang and Zhang [62]do not consider this setting. While only a few studies have focused on lot streaming for HFSP [11,12,74,79] , there is just one study considering this setting for HFSP [69].…”