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Applying Predictive Maintenance in Flexible Manufacturing

机译:在灵活制造中应用预测性维护

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摘要

In Industry 4.0 context, manufacturing related processes e.g. design processes, maintenance processes are collaboratively processed across different factories and enterprises. The state i.e. operation, failures of production equipment tools could easily impact on the collaboration and related processes. This complex collaboration requires a flexible and extensible system architecture and platform, to support dynamic collaborations with advanced capabilities such as big data analytics for maintenance. As such, this paper looks at how to support data-driven and flexible predictive maintenance in collaboration using FIWARE? Especially, applying big data analytics and data-driven approach for effective maintenance schedule plan, employing FIWARE Framework, which leads to support collaboration among different organizations modularizing of different related functions and security requirements.
机译:在工业4.0背景下,制造相关过程例如 设计流程,维护过程在不同的工厂和企业上进行协同处理。 国家即操作,生产设备工具的故障可能很容易地影响合作和相关过程。 这种复杂的协作需要灵活且可扩展的系统架构和平台,以支持具有高级功能的动态合作,例如大数据分析进行维护。 因此,本文介绍如何使用Fiware协作支持数据驱动和灵活的预测维护? 特别是,应用大数据分析和数据驱动方法进行有效的维护计划计划,采用Fiware框架,这导致不同组织之间的协作,模块化不同的相关功能和安全要求。

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