计算机科学
加权
预测分析
人工智能
机器学习
领域(数学)
分析
供应链
数据科学
政治学
数学
医学
放射科
法学
纯数学
作者
Rebekah Inez Brau,John Aloysius,Enno Siemsen
摘要
Abstract Our research examines how to integrate human judgment and statistical algorithms for demand planning in an increasingly data‐driven and automated environment. We use a laboratory experiment combined with a field study to compare existing integration methods with a novel approach: Human‐Guided Learning. This new method allows the algorithm to use human judgment to train a model using an iterative linear weighting of human judgment and model predictions. Human‐Guided Learning is more accurate vis‐à‐vis the established integration methods of Judgmental Adjustment, Quantitative Correction of Human Judgment, Forecast Combination, and Judgment as a Model Input. Human‐Guided Learning performs similarly to Integrative Judgment Learning, but under certain circumstances, Human‐Guided Learning can be more accurate. Our studies demonstrate that the benefit of human judgment for demand planning processes depends on the integration method.
科研通智能强力驱动
Strongly Powered by AbleSci AI