SCOR and AHP Based Monitoring Dashboard to Measure Rice Sourcing Performance at Indonesian Bureau of Logistics

Muhammad Fadil Novar, Ari Yanuar Ridwan, B. Santosa
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引用次数: 11

Abstract

Rice is one of nine main commodities in Indonesia and it has been the main food for Indonesian people for over decades. Indonesian Bureau of Logistics (Bulog) is a company under Indonesian Government which is responsible to manage the distribution of the Rice Commodity. Sourcing process of the Rice Commodity is the most crucial process in Bulog. In spite of the importance of the process, the sourcing process was not maintained using any system at all. For such an important organization, which manages important product, the sourcing process of rice commodity at Bulog should be measured and monitored. Supply chain processes, such as sourcing product, have to be measured and monitored in order to assure that the processes are well executed and to give aid for improvements. Hence, in this paper, Supply Chain Measurement System is designed based on the Supply Chain Operations Reference model and Analytical Hierarchy Process. Thereafter, a monitoring system that is capable to monitor each of the metrics in the system is designed in a web-based application. This research leads to seventeen metrics in total which are distributed into four performance attributes on the designed Supply Chain Measurement System. The most important performance attribute in rice sourcing process was Reliability with 0.593 in AHP weighting. The designed monitoring system was able to provide a compact summary and a brief insight into the condition of the monitored process to the executives of the organization.
基于SCOR和AHP的监控仪表板测量印尼物流局大米采购绩效
大米是印尼九大商品之一,几十年来一直是印尼人民的主要食物。印尼物流局(Bulog)是印尼政府下属的一家公司,负责管理大米商品的分销。大米商品的采购过程是Bulog最关键的过程。尽管这个过程很重要,但是没有使用任何系统来维护采购过程。对于这样一个重要的组织,管理着重要的产品,应该对Bulog的大米商品采购过程进行测量和监控。供应链过程,如采购产品,必须进行测量和监控,以确保过程得到良好的执行,并为改进提供帮助。因此,本文设计了基于供应链运营参考模型和层次分析法的供应链度量系统。此后,在基于web的应用程序中设计了能够监视系统中每个指标的监视系统。研究结果表明,在设计的供应链度量系统中,共有17个度量指标被划分为4个绩效属性。在大米采购过程中,最重要的绩效属性是可靠性,AHP权重为0.593。所设计的监测系统能够向组织的执行人员提供一个简明的摘要和对监测过程的情况的简要了解。
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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