A Study on Deploying Smart and Predictive Industry Maintenance System

Sarita P. Ambadekar, Amodh Praveen Pandey, Khushi Rajesh Singh, Shriyans Shailesh Naik
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Abstract

Rapid deterioration of maintenance strategies brings us to the focal point of building a strong and efficient maintenance system which can not only automatically maintain the assets but also predict the vulnerability of the asset in the future so as to give the company an idea of a future breakdown which might occur. Such maintenance systems will not only help the company in saving costs but also make the procedure of checking the assets much more streamlined. Thus several research study of already existing maintenance systems were looked up and studied. These included the concepts of dynamic programming along with heuristic and genetic algorithms which were being used in an industry to assign relevant work to relevant technicians. RFID is used in the refining industry to the tree classification algorithms being implemented in the Railway maintenance system. Reading such research work gives us an idea of challenges that industries continue to face and what more could be done to eliminate the existing negatives in the maintenance system strategies.
智能预测性工业维护系统的部署研究
维护策略的快速恶化使我们需要建立一个强大而高效的维护系统,该系统不仅可以自动维护资产,还可以预测资产未来的脆弱性,从而使公司对未来可能发生的故障有所了解。这样的维护系统不仅可以帮助公司节省成本,还可以使检查资产的程序更加精简。在此基础上,对现有维修系统的若干研究成果进行了查阅和研究。其中包括动态规划的概念,以及启发式和遗传算法,它们被用于将相关工作分配给相关技术人员。RFID应用于炼油行业,在铁路维修系统中实现了树分类算法。阅读这样的研究工作让我们了解了行业继续面临的挑战,以及在维护系统策略中可以做些什么来消除现有的负面影响。
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