The Management Sciences Department at Philips Morris has been investigating areas of optimazation within the Finished Goods Warehouse. In pursuing these studies, simulation models have been used as analytical tools. For modelling, GASP IV Simulation Language was selected since it provides exceptional flexibility.
The most recently developed model simulates operations of the automated stacker storage and retrieval system. Through analysis of model behavior, Management Sciences evaluates a variety of algorithms. Concepts such as surge controlled interleaving, zones based on turnover, and load leveling have been tested.
After determining which algorithms provide the greatest efficiency, Management Sciences submits reports to appropriate managers. Additional studies are being accomplished by analyzing model behavior at higher production levels to identify system bottlenecks.
Philips Morris的管理科学系一直在调查成品仓库中的优化区域。在进行这些研究时,模拟模型已被用作分析工具。对于建模,选择了GASP IV仿真语言,因为它具有出色的灵活性。 P>
最新开发的模型可模拟自动堆垛机存储和检索系统的操作。通过分析模型行为,管理科学评估了各种算法。已经测试了电涌控制交织,基于周转的区域和负载均衡等概念。 P>
在确定哪种算法提供最高效率后,管理科学将报告提交给适当的管理者。通过分析更高生产级别的模型行为以识别系统瓶颈,正在完成其他研究。 P>
机译:工业环境下自动仓储系统堆垛机运行轨迹的协同异常检测新方法
机译:工业环境下自动仓储系统堆垛机运行轨迹的协作异常检测新方法
机译:单轨堆垛机自动存储与检索系统的复杂度和在线算法
机译:多种过道自动化存储和检索系统中一个堆垛机采摘路径优化研究
机译:基于非易失性内存的存储系统的I / O堆栈优化。
机译:取决于氧化剂/冷却系统位置的开式阴极燃料电池堆的热流体模拟数据
机译:一种新的工业环境自动化存储和检索系统堆垛机运行轨道的新合作异常检测方法
机译:自动化物料存储/检索系统的仿真建模。