Assured Autonomy and Control Centers

B. Shneiderman
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Abstract

This chapter discusses the science goal for products and services that are autonomous with no human intervention. Rather than assured autonomous systems acting alone, innovation goal researchers want to support supervised autonomy by way of control panels and control centers (sometimes described as human-in-the-loop or humans-on-the-loop), in which humans operate highly automated devices and systems. The combined strategy could be to have science goal algorithms provide highly automated features, with user interface designs that support human control and oversight. This combined strategy is in use in many NASA, industrial, utility, military, and air traffic control centers, where rich forms of AI are used to optimize performance, but the operators have a clear mental model of what will happen next. Predictable behavior from machines is highly valued by human operators.
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保证自治和控制中心
本章讨论了无需人为干预的自主产品和服务的科学目标。创新目标研究人员希望通过控制面板和控制中心(有时被描述为人在环或人在环)来支持监督自治,而不是保证自主系统单独行动,在控制面板和控制中心中,人类操作高度自动化的设备和系统。联合策略可以是让科学目标算法提供高度自动化的功能,并提供支持人类控制和监督的用户界面设计。这种组合策略在许多NASA、工业、公用事业、军事和空中交通管制中心都得到了应用,这些中心使用了丰富形式的人工智能来优化性能,但运营商对接下来会发生什么有一个清晰的心理模型。人类操作员非常重视机器的可预测行为。
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