Integrated assembly sequence planning and assembly line balancing with ant colony optimization approach

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[1] Lu, Cong
[2] Yang, Zhuo
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Lu, Cong (conglu@uestc.edu.cn) | 1600年 / Springer London卷 / 83期
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This paper proposes an approach for solving integrated assembly sequence planning and assembly line balancing with ant colony algorithm. In integrated assembly sequence planning and assembly line balancing; the assembly task priority diagram is built based on the assembly information; and the assembly sequences are evaluated in each workstation of the assembly line separately; for calculating the total assembly time in the workstation; besides the assembly task time; the time for changing assembly directions; changing assembly tools; and the time for moving the heavy parts in the workstation are also considered. The fitness function is built and the constraints are discussed; an ant colony algorithm is proposed to carry out assembly sequence planning and assembly line balancing simultaneously; based on the searching mechanism and the pheromone updating mechanism; to obtain the optimal solutions under the given cycle time. Finally; case studies are given to verify the proposed approach. © 2015 Springer-Verlag London;
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