Introduction: 2022 Daniel H. Wagner Prize for Excellence in the Practice of Advanced Analytics and Operations Research

IF 1.1 4区 管理学 Q4 MANAGEMENT
Margret V. Bjarnadottir, Lawrence D. Stone
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Abstract

The judges for the 2022 Daniel H. Wagner Prize for Excellence in the Practice of Advanced Analytics and Operations Research selected the four finalist papers featured in this special issue of the INFORMS Journal on Applied Analytics (IJAA). The prestigious Wagner Prize—awarded for achievement in implemented operations research, management science, and advanced analytics—emphasizes the quality and originality of mathematical models along with clarity of written and oral exposition. This year’s winning application describes the design and deployment of a generalized synthetic control, a powerful and innovative statistical method for identifying, in a noisy environment, retailing innovations that produce a small percentage improvement in a large volume of sales for Anheuser Busch Inbev. The remaining three papers describe an inverse control approach to allocating lung transplants that best meets targeted outcomes and has been implemented as the national lung allocation policy on March 9, 2023, across the United States; a human-centric, optimized parcel delivery system developed for Deutsche Post that saves money while meeting constraints learned dynamically from driver behavior; and an AI-based system developed for Alibaba that learns supplier behavior to improve replenishment ordering and inventory control. Supplemental Material: Full presentation videos with slides are available in the INFORMS Video Library at https://www.informs.org/Resource-Center/Video-Library and as electronic companions to the INFORMS Journal on Applied Analytics articles.
简介:2022年Daniel H. Wagner高级分析和运筹学实践优秀奖
2022年Daniel H. Wagner高级分析和运筹学实践卓越奖的评委选出了本期INFORMS应用分析杂志(IJAA)特刊上的四篇入围论文。著名的瓦格纳奖(Wagner prize)——授予在实施运筹学、管理科学和高级分析方面取得成就的人——强调数学模型的质量和原创性,以及书面和口头阐述的清晰度。今年的获奖申请描述了一种广义综合控制的设计和部署,这是一种强大而创新的统计方法,用于在嘈杂的环境中识别零售创新,这些创新可以为安海斯布希英博(Anheuser Busch Inbev)的大量销售额带来很小的百分比提高。其余三篇论文描述了分配肺移植的逆控制方法,该方法最能满足目标结果,并已于2023年3月9日在全美范围内作为国家肺分配政策实施;为德国邮政(Deutsche Post)开发的以人为本的优化包裹递送系统,既节省了资金,又满足了从驾驶员行为中动态学习到的约束;以及为阿里巴巴开发的基于人工智能的系统,该系统可以学习供应商的行为,以改善补货订单和库存控制。补充材料:完整的演示视频和幻灯片可以在INFORMS视频库中获得,网址为https://www.informs.org/Resource-Center/Video-Library,也可以作为INFORMS应用分析期刊文章的电子同伴。
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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21.40%
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51
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