社交机器人和主动设备

B. Shneiderman
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引用次数: 0

摘要

本章涵盖了数百年来科学目标倡导者构建社交机器人的许多尝试,这些尝试引起了广泛的兴趣。与此同时,主动设备、移动设备和售货亭在消费者中获得了广泛的成功。创新目标的拥护者更喜欢那些被视为可操纵工具的设计,这些设计可以增加灵活性或机动性,同时在救援、灾难和军事情况下也可以牺牲。合并后的设计可以从已经被证明可以接受的类人服务开始,比如语音操作的虚拟助手。这些服务可以嵌入到活动设备中,让用户控制对他们重要的功能。创新目标思维也导致在主动设备上优于人类的表现,例如使用四轮或脚踏机器人在崎岖地形或洪水中提供机动性,在狭窄空间中的机动性以及重型起重能力。主动设备也可以具有超人的传感器,如红外摄像机或敏感麦克风,以及专门的效应器,如火星探测器上的钻头和手术机器人上的烧灼工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Social Robots and Active Appliances
This chapter covers the many attempts by science goal advocates to build social robots over hundreds of years, which have attracted widespread interest. At the same time, active appliances, mobile devices, and kiosks are widespread consumer successes. Innovation goal champions prefer designs that are seen as steerable instruments, which increase flexibility or mobility, while being expendable in rescue, disaster, and military situations. The combined design could be to start with human-like services which have proven acceptance, such as voice-operated virtual assistants. These services could be embedded in active appliances which give users control of features that are important to them. Innovation goal thinking also leads to better than human performance in active appliances, such as using 4-wheeled or treaded robots to provide the mobility over rough terrain or floods, maneuverability in tight spaces, and heavy lifting capacity. Active appliances can also have superhuman sensors, such as infrared cameras or sensitive microphones, and specialized effectors, such as drills on Mars Rovers and cauterizing tools on surgical robots.
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