Information Value Analysis for Real-Time Silo Fill-Level Monitoring

IF 1.1 4区 管理学 Q4 MANAGEMENT Informs Journal on Applied Analytics Pub Date : 2023-02-27 DOI:10.1287/inte.2023.1156
Toni Greif, N. Stein, C. Flath
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引用次数: 1

Abstract

Supply chains in the construction industry are less efficient than in other industries (e.g., retail or automotive). The reason for the less optimized supply chains is often the lack of accurate, up-to-date information. For a leading supplier of building materials and construction systems, we perform a value of information analysis to guide future investments in costly sensors for silo fill-level monitoring. Silo inventory is vendor-managed as construction sites withdraw material from silos as they need it. Ensuring continuous availability of material requires proactive replenishment across products and customers. We establish the optimal purchase level of (partial) information for different hardware costs and service levels. Based on the current ensured service level regime, the minimum total costs are achieved with approximately 50% sensor-equipped silos for medium and high annual sensor costs. The findings on the appropriate use of information technology to improve decision making with partial information are generally relevant for suppliers looking to stand out with service guarantees and short delivery times. History: This paper was refereed.
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筒仓液位实时监测的信息价值分析
建筑行业的供应链效率低于其他行业(如零售业或汽车业)。供应链优化程度较低的原因往往是缺乏准确的、最新的信息。对于建筑材料和建筑系统的领先供应商,我们执行价值信息分析,以指导未来投资昂贵的传感器,用于筒仓填充水平监测。筒仓库存是由供应商管理的,建筑工地根据需要从筒仓中提取材料。确保材料的持续可用性需要对产品和客户进行主动补充。我们针对不同的硬件成本和服务水平建立了(部分)信息的最佳购买水平。根据目前确保的服务水平制度,大约50%的传感器配备筒仓可以实现最低的总成本,从而实现中等和较高的年度传感器成本。关于适当使用信息技术以改进部分信息的决策的调查结果通常与希望以服务保证和短交货时间脱颖而出的供应商有关。历史:本文被审稿。
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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