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首页> 外文会议>Annual Conference of the IEEE Industrial Electronics Society >Increasing Adaptability of Automation Control Software for Automated Material Flow Systems via Software Modularization
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Increasing Adaptability of Automation Control Software for Automated Material Flow Systems via Software Modularization

机译：通过软件模块化增加自动化控制软件自动化控制软件的适应性

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摘要

Shorter innovation cycles along with the demand for individualized, high-quality products pose high challenges on today's automated material flow systems. These systems, suitable for producing bulk goods, but inflexible in case of product changes, need to react flexibly to unplanned configurations. Especially in the software domain retroactive adaptations are tedious work and prone to errors. By deploying object-oriented programming methods in IEC 61131-3, the modularity already existing in the hardware domain of automated material flow systems could be transferred into the software domain. To meet the demands of automated material flow systems, the modular software remains centralized and executable on programmable logic controllers. In this paper a concept is introduced which facilitates the retroactive addition or removal of sensors or actuators in automated material flow systems based on object-oriented programming methods.
机译：更短的创新周期随着对个性化的需求，高质量的产品对当今的自动化材料流量系统造成高挑战。这些系统，适用于生产散装商品，但在产品变化的情况下不灵活，需要灵活地对未计划的配置进行反应。特别是在软件领域中，追溯适应是繁琐的工作和易于错误。通过在IEC 61131-3中部署面向对象的编程方法，可以将已存在于自动材料流系统的硬件域中的模块化可以传输到软件域中。为满足自动化材料流量系统的需求，模块化软件在可编程逻辑控制器上仍然集中和可执行。在本文中，引入了一种概念，其促进了基于面向对象的编程方法的自动材料流量系统中的传感器或致动器的追溯添加或拆除。

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