Mathematics, Год журнала: 2024, Номер 12(20), С. 3176 - 3176

Опубликована: Окт. 11, 2024

Production rescheduling involves re-optimizing production schedules in response to disruptions that render the initial schedule inefficient or unfeasible. This process requires simultaneous consideration of multiple objectives develop new are both efficient and stable. However, existing review papers have paid limited attention multi-objective optimization techniques employed this context. To address gap, paper presents a systematic literature on rescheduling, examining diverse shop-floor environments. Adhering PRISMA guidelines, total 291 were identified. From pool, studies meeting inclusion criteria selected analyzed provide comprehensive overview problems tackled, dynamic events managed, considered, approaches discussed literature. highlights primary methods used relation strategies disruptive studied. Findings reveal growing interest research area, with “a priori” posteriori” being most commonly implemented notable rise use latter. Hybridized algorithms shown superior performance compared standalone by leveraging combined strengths mitigating individual weaknesses. Additionally, “interactive” “Pareto pruning” methods, as well human factors flexible systems, remain under-explored.

Язык: Английский