可信赖AI的AI增强:增强机器人远程操作

Daniel L. Marino, J. Grandio, Chathurika S. Wickramasinghe, Kyle Schroeder, K. Bourne, A. V. Filippas, M. Manic
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引用次数: 4

摘要

尽管最先进的人工智能(AI)系统表现出色,但由于对这些系统缺乏信任,一些部门对采用人工智能犹豫不决。这种态度在高风险地区很普遍,在这些地区,人们不愿意将人类完全从这个循环中移除。在这些场景中,增强提供了一个优于完全自动化的替代方案。人工智能增强不是取代人类,而是利用人工智能来改善和支持人类的操作,创造一个人类与人工智能系统并肩工作的环境。在本文中,我们讨论了人工智能增强如何为构建可信赖的人工智能提供途径。我们使用机器人远程操作来举例说明这种方法。我们为机器人远程操作的人工智能增强的发展制定了设计指南和动机。最后,我们讨论了开发人工智能增强系统的机器人远程操作试验台的设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
AI Augmentation for Trustworthy AI: Augmented Robot Teleoperation
Despite the performance of state-of-the-art Artificial Intelligence (AI) systems, some sectors hesitate to adopt AI because of a lack of trust in these systems. This attitude is prevalent among high-risk areas, where there is a reluctance to remove humans entirely from the loop. In these scenarios, Augmentation provides a preferred alternative over complete Automation. Instead of replacing humans, AI Augmentation uses AI to improve and support human operations, creating an environment where humans work side by side with AI systems. In this paper, we discuss how AI Augmentation can provide a path for building Trustworthy AI. We exemplify this approach using Robot Teleoperation. We lay out design guidelines and motivations for the development of AI Augmentation for Robot Teleoperation. Finally, we discuss the design of a Robot Teleoperation testbed for the development of AI Augmentation systems.
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