This thesis focuses on deadlock prevention in flexible manufacturing systems (FMS).
本文致力于柔性制造系统的死锁预防问题研究。
Also, the problems of the management and control of Flexible Manufacturing Systems is discussed in detail.
然后介绍了柔性制造系统的管理与控制问题。
This thesis is mainly to develop the effective methods for the capacity expansion problem of flexible manufacturing systems when BOM should be considered.
本文主要研究考虑BOM的柔性制造系统的生产能力规划问题模型的求解方法。
Global optimization of nonlinear max-min systems can be used for decision and control of the flexible manufacturing systems and intelligent transport systems.
非线性极大极小系统的全局优化可用于柔性制造和智能交通的决策与控制。
The paper addresses the problem of the optimal stochastic production planning in flexible automation workshops (FAW), each with a number of flexible manufacturing systems (FMS).
提出一种基于关联预测的柔性自动化车间(FAW)生产计划的最优分解方法。
Production lines and Flexible Manufacturing systems are the typical discrete event dynamic systems and have received much attention in the field of automatic control in recent years.
自动生产线和柔性制造系统是典型的离散事件动态系统，近几年在控制理论界受到极大重视。
Flexible production line is a complex system integrating microelectronics, computer and systems engineering technology to satisfy automation and flexible machinery manufacturing.
柔性生产线是将微电子学、计算机和系统工程等技术有机地结合起来，解决机械制造自动化与柔性化的复杂系统。
Flexible production line is a complex system integrating microelectronics, computer and systems engineering technology to satisfy automation and flexible machinery manufacturing.
柔性生产线是将微电子学、计算机和系统工程等技术有机地结合起来，解决机械制造自动化与柔性化的复杂系统。
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