研究了多目标柔性作业车间调度问题，优化了设备分派方案。
Multi Objective Flexible Job-shop Scheduling(MOFJS) was studied, and equipment dispatch scheme was optimized.
因此，寻找有效的方法对柔性作业车间调度问题进行求解具有重要的理论价值和应用意义。
Thus, seeking the effective methods used to solve flexible job shop scheduling has important theoretical and applied significance.
建立了针对柔性作业车间的动态调度问题数学模型和目标函数。
To study the flexible job shop scheduling problem, the author builds mathematical model and establishes objective functions for flexible job shop dynamic scheduling.
建立了针对柔性作业车间的动态调度问题数学模型和目标函数。
To study the flexible job shop scheduling problem, the author builds mathematical model and establishes objective functions for flexible job shop dynamic scheduling.
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