对实证开发的信任测量量表

Siddharth Gulati, S. Sousa, D. Lamas
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引用次数: 3

摘要

新技术、数据和算法几乎影响着日常生活的方方面面。不幸的是,这些算法中的许多都像黑盒一样运行,甚至无法向程序员解释它们的结果,更不用说向最终用户了。随着越来越多的任务被委派给这样的智能系统,用户与它们交互的性质变得越来越复杂,了解用户愿意对这样的系统的信任程度是很重要的。然而,量化信任的尝试要么在范围上受到限制,要么在经验上不彻底。为了解决这个问题,我们建立在先前的工作基础上,该工作对用户-技术交互中的信任进行了经验建模,并描述了人机信任量表的发展和演变。我们提出了两项研究(N=118和N=183)的结果,这两项研究旨在评估所提出量表的信度和效度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards an empirically developed scale for measuring trust
New technologies, data, and algorithms impact nearly every aspect of daily life. Unfortunately, many of these algorithms operate like black boxes and cannot explain their results even to their programmers, let alone to end-users. As more and more tasks get delegated to such intelligent systems and the nature of user interactions with them becomes increasingly complex, it is important to understand the amount of trust that a user is willing to place on such systems. However, attempts at quantifying trust have either been limited in their scope or not empirically thorough. To address this, we build on prior work which empirically modelled trust in user-technology interactions and describe the development and evolution of a human computer trust scale. We present results of two studies (N=118 & N=183) which were undertaken to assess the reliability & validity of the proposed scale.
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