微重力环境下人体可穿戴计算机与现代音频设备的初步比较

ACM SIGCHI Bull. Pub Date : 2000-01-01 DOI:10.1145/333329.333345

Matthew D. Dooris, Michael O. Moorman, Bryan Gregory, Marilyn Brown, Heather Wright

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引用次数: 2

摘要

在微重力环境下，比较了人体可穿戴计算机(BWC)和现代音频设备的性能。在进行的实验中，比较了BWC和宇航员目前使用的音频播放设备在执行定时任务时的速度。当在微重力环境中使用时，BWC提供了比音频设备更快的性能时间。此外，生物武器被发现在正常重力下比在零重力下提供更快的性能时间。

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A preliminary comparison of body-wearable computers to modern audio equipment in a microgravity environment

The capabilities of body-wearable computers (BWC) and modern audio equipment were compared in a micro-gravity environment. In the experiment carried out, the speed of performance on timed tasks was compared for BWC and the audio playback devices currently used by astronauts. The BWC provided faster performance times than audio equipment when used in a micro-gravity environment. In addition, the BWC was found to provide faster performance times in normal gravity than in zero gravity.

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ACM SIGCHI Bull.

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