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在空间及类似环境中的认知表现。

Cognitive performance in space and analogous environments.

作者信息

Casler J G, Cook J R

机构信息

Department of Industrial and Manufacturing Engineering, North Dakota State University, USA.

出版信息

Int J Cogn Ergon. 1999;3(4):351-72. doi: 10.1207/s15327566ijce0304_5.

Abstract

Although human presence in space continues to expand, the literature contains relatively little coverage of human cognitive performance in the space operating environment. This article catalogs and compares the known investigations of human cognitive performance in space and in analogous environments. The methods, sample descriptions and treatments, and the results and limitations of the experiments or observations of 29 studies are compared with respect to 6 cognitive measures: (a) response time, (b) memory, (c) reasoning, (d) pattern recognition, (e) fine motor skills, and (f) dual-task performance. In general, the utility of the data is limited by small sample sizes, short observations periods, and homogeneity of the participant pool. Additionally, the variety of experimental methods used to date often makes generalization of results difficult. Although the combined results of these studies do not suggest a trend toward sustained cognitive performance impairment in the space operating environment, several cognitive performance measures do appear to be affected by an as yet undefined adaptation process.

摘要

尽管人类在太空的活动持续增加,但文献中对人类在太空操作环境中的认知表现的报道相对较少。本文梳理并比较了已知的关于人类在太空及类似环境中认知表现的研究。针对六项认知指标,对29项研究的实验或观察的方法、样本描述与处理、结果及局限性进行了比较:(a)反应时间,(b)记忆,(c)推理,(d)模式识别,(e)精细运动技能,以及(f)双任务表现。总体而言,数据的效用受到样本量小、观察期短和参与者群体同质性的限制。此外,迄今为止所使用的各种实验方法往往使结果难以推广。尽管这些研究的综合结果并未表明在太空操作环境中认知表现存在持续受损的趋势,但有几项认知表现指标似乎受到一个尚未明确的适应过程的影响。

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