Modeling optimization of distributed prefabricated manufacturing system based on iterative taboo search algorithm

Prefabricated component (PC) manufacturing enterprises usually adopt distributed scheduling to cope with large-volume component order production and to facilitate the reduction of distribution costs, thus a reasonable and scientific production strategy is conducive to component manufacturing enterprises in the limited capacity of the premise, to further improve the production profit. Therefore, the study proposes a new iterative taboo search algorithm for the distributed precast component flow shop order receiving and scheduling problem, with the goal of maximizing the net profit of the enterprise. The algorithm is based on the taboo search and uses a perturbation operation to jump out of the taboo local optimal solution, thus enabling the search of more solution space. The effectiveness of the iterative taboo search algorithm to solve the