Productive teaming under uncertainty: when a human and a machine classify objects together

Anne Rother, Gunther Notni, Alexander Hasse, Benjamin Noack, C. Beyer, Jan Reißmann, Chen Zhang, Marco Ragni, Julia C. Arlinghaus, M. Spiliopoulou
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Abstract

We study the task of object categorization in an industrial setting. Typically, a machine classifies objects according to an internal, inferred model, and calls to a human worker if it is uncertain. However, the human worker may be also uncertain. We elaborate on the challenges and solutions to assess the certainty of the human without disturbing the industrial process, and to assess label reliability and human certainty in conventional object classification and crowdworking. Albeit there are methods for measuring stress, insights on the correlation of stress and uncertainty and uncertainty indicators during labeling by humans, these advances are yet to be combined to solve the aforementioned uncertainty challenge. We propose a solution as a sequence of tasks, starting with a experiment that measures human certainty in a task of controlled difficulty, whereupon we can associate certainty with correctness and levels of vital signals.
不确定性下的高效团队:当人类和机器一起对物体进行分类时
我们研究了工业环境下的对象分类任务。通常,机器根据内部推断的模型对对象进行分类,如果不确定,则调用人工。然而,人类工作者也可能不确定。我们详细阐述了在不干扰工业过程的情况下评估人类确定性的挑战和解决方案,并评估了传统对象分类和众包中的标签可靠性和人类确定性。尽管有测量压力的方法,对人类在标记过程中压力与不确定性和不确定性指标的相关性的见解,但这些进展尚未结合起来解决上述不确定性挑战。我们提出了一个解决方案,作为一系列任务,从一个实验开始,测量人类在控制难度的任务中的确定性,由此我们可以将确定性与生命信号的正确性和水平联系起来。
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