AGVs mission control support in smart factories by decision networks

S. Vechet, J. Krejsa, Kuo-Shen Chen
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引用次数: 4

Abstract

Towards the implementation of AGV’s (Automated Guided Vehicles) complex navigation tasks within the dynamic and hazardous environment of upcoming smart factories the developers challenges reliability and maintenance problem. While the number of AGVs in shared space gets higher the risk of failure follows the trend and both the users and developers need an adequate tool to monitor and diagnose all applied AGVs in real time. We have prepared a decision network to support the AGVs missions by real-time internal diagnostic to prepare more reliable AGV solutions in smart factories. The internal diagnostics monitors the sensors/inputs signals and internal communication channels to take decision on further actions to perform within the given environment [13]. The main task for the decision network is to support the control system or human operator with possible decisions to take to avoid system failure.
基于决策网络的智能工厂agv任务控制支持
为了在即将到来的智能工厂的动态和危险环境中实现AGV(自动导引车)复杂的导航任务,开发人员挑战了可靠性和维护问题。随着共享空间中agv数量的增加,故障风险也随之增加,用户和开发人员都需要一个适当的工具来实时监控和诊断所有应用的agv。我们准备了一个决策网络,通过实时内部诊断来支持AGV任务,为智能工厂提供更可靠的AGV解决方案。内部诊断监视传感器/输入信号和内部通信通道,以决定在给定环境[13]中执行的进一步操作。决策网络的主要任务是支持控制系统或人工操作员采取可能的决策,以避免系统故障。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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