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Field Service Technician Management 4.0

机译:现场服务技术人员管理4.0

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摘要

Models for workforce planning and scheduling have been studied in operations research for decades. Driven by the Industrial Internet of Things new data sources have become available that have not yet been used to improve field service management. This paper proposes a research agenda towards leveraging this potential in the context of industrial maintenance. By combining predictive analytics (e.g. forecasting demand) with prescriptive analytics (e.g. determining optimal maintenance schedules) companies can decrease uncertainties in their maintenance planning, increase the availability of machines, decrease overall maintenance costs, and ultimately develop new business models.
机译:几十年来,在运营研究中研究了劳动力规划和调度的模型。由工业的物业互联网驱动,新的数据源已成为可用的,尚未用于改善现场服务管理。本文提出了在工业维护背景下利用这一潜力的研究议程。通过将预测分析(例如预测需求)与规定的分析相结合(例如,确定最佳维护时间表),公司可以减少维护计划中的不确定性,增加机器的可用性,降低整体维护成本,并最终开发新的商业模式。

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