為了滿足現在市場電路板規格多樣化需求，許多企業在工廠中導入SMT產線，在SMT生產規劃中物料準備、產線平衡與排程效率都是SMT產線營運之關鍵成功因素。本研究提出一種分散式多目標優化的生產排程模型，藉由分散式系統中不同智慧代理人間訊息的溝通，以實現SMT產線智慧代理人不同目標的協同優化。本研究並經由實驗設計驗證，找到能影響目標的關鍵因素及決策因子。本研究期望透過此智慧型生產排程模型之研究成果，讓實際SMT產線的決策者做出較佳決策，以達成在有限的時間內完成SMT產線多面向之優化。

To meet the diversified needs of Printed Circuit Board (PCB) specifications in the current market, many companies adopt Surface Mount Technology (SMT) production lines into their factories. Material preparation, production line balancing and scheduling efficiency are the three key success factors for SMT production line operations. This study proposed a production scheduling model based on distributed multi-objective optimization. The model realizes the collaborative optimization of the intelligent agents (i.e., material, capacity, and scheduling agents) with different goals through the communication among the agents. Moreover, the proposed model was verified by experimental design to find the key parameters that significantly affect the distinct goals. The intelligent production scheduling model proposed in this study can help decision-makers manage SMT production lines to make efficient PCB production.

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