Workshop on Logic Control for Manufacturing Systems

唐恩·蒂尔伯里，密歇根大学制造系统逻辑控制研讨会离散零件制造系统通常由许多机器以协调和顺序的方式一起工作。可编程控制器被广泛用于实现这些机器的控制算法。具有数百或数千个输入和输出的系统并不少见，其中许多是简单的开/关开关。逻辑控制器不仅要处理机器的正常操作顺序和同步，还要处理操作员界面和错误处理和恢复例程。本次研讨会的目的是将工业界和学术界的参与者聚集在一起，以了解离散事件系统和控制理论及其在工业制造系统中的实施之间存在的差距。重点将放在协调和排序问题、复杂性管理、错误处理和恢复、可执行代码的自动生成以及控制验证上。

Dawn Tilbury, University of Michigan0075426Workshop on Logic Control for Manufacturing SystemsDiscrete part manufacturing systems typically consist of numerous machinesworking together in a coordinated and sequential fashion. Programmablelogic controllers are widely used to implement the control algorithms forthese machines. Systems with hundreds or thousands of inputs and outputs,many of them simple on/off switches, are not uncommon. The logiccontroller must handle not only the normal operation sequence andsynchronization of the machines, but also the operator interface and errorhandling and recovery routines.The purpose of this workshop is to bring together participants fromindustry and academia to create an understanding of the gaps which existbetween the theory of discrete-event systems and control and theirimplementation in industrial manufacturing systems. The focus will be oncoordination and sequencing problems, complexity management, error handlingand recovery, automatic generation of executable code, and controlverification.