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The MANTIS Architecture for Proactive Maintenance

机译:螳螂架构,用于主动维护

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摘要

Data collection, processing and visualization techniques has been going through a rapid evolution in recent years. Various applications utilize these new results; especially combined. Parallel to this, there are new developments within the Cyber-Physical Systems (CPS) domain. Beside the main purpose of CPS - getting physical systems serve to work better, faster, more optimized -, the concept can improve the longterm usability of the physical equipment, as well. The principles of proactive maintenance are rooted from the need of shortterm fault correction and long-term usability. The idea is to track system status not only for operations but for maintenance purpose as well. This allows for scheduling maintenance based on need - rather than based on operating time or "mileage". This paper presents the MANTIS framework for proactive maintenance. It utilizes CPS concepts for system modeling, furthermore, it proposes a combined tool set for data collection, processing and presentation. In order to cover the full value chain, the framework applies for all the three Tiers: the Edge, the Platform, and the Enterprise, as well.
机译:近年来,数据收集,处理和可视化技术一直经历了快速发展。各种应用程序利用这些新结果;特别是结合。与此平行,网络 - 物理系统(CPS)域中存在新的开发。除了CPS的主要目的 - 获得物理系统的工作方式更好,更快,更优化 - ,该概念还可以提高物理设备的长期可用性。主动维护原则源于短路故障校正和长期可用性的需求。该想法是追踪系统状态不仅用于操作,而且还用于维护目的。这允许基于需要调度维护 - 而不是基于运行时间或“里程”。本文介绍了主动维护的螳螂框架。它利用CPS概念进行系统建模,此外,它提出了一种用于数据收集,处理和呈现的组合工具。为了覆盖全价值链,框架适用于所有三层:边缘,平台和企业。

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