介绍了一种支持人工决策的满足各种约束的动态调度方法,通过基于仿真的动态调度算法,在约束规则和人工干预综合作用下,实现按照瓶颈设备到非瓶颈设备,关键任务到非关键任务的分层和迭代作业排序,较好地满足了离散车间对生产排产的应用需求。 This paper introduces a dynamic scheduling method that supports various kinds of constraints and supports artificial decision-making. Through the dynamic scheduling algorithm based on simulation, under the combination of constraint rules and manual interventions, the bottleneck devices to non-bottleneck devices, mission-critical to non-mission-critical tasks The hierarchical and iterative job sorting, to better meet the discrete shop on the application of production scheduling needs.