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Analyzing Cockpit Communications: The Links Between Language, Performance, Error, and Workload

机译:分析座舱通信:语言,性能,错误和工作量之间的链接

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摘要

The importance of communication on the flightdeck is discussed and the aplication of a new computer-based linguistic method of text analysis is introduced. Preliminary results from a NASA B727 simulator study indicate that specific language variables are moderately to highly correlated with individual performance, individual error rates, and individual communication ratings. Also, language use was found to vary as a function of crew position and level of workload during the flight. Use of the first person plural (we, our, us) increases over the life of a flightcrew, and Captains speak more in the first person plural than First Officers or Flight Engineers. Language use in initial flights was assocated with performance and error in subsequent flights. These are preliminary data, in htat this method of linguistic analysis is currently being developed and integrated with a content-coding method of communication analysis and models of threat and error.
机译:讨论了在甲板上进行交流的重要性,并介绍了一种新的基于计算机的文本分析语言方法的应用。 NASA B727仿真器研究的初步结果表明,特定的语言变量与个人表现,个人错误率和个人通讯等级具有中等程度的相关性。此外,还发现语言使用随乘员位置和飞行期间工作量的变化而变化。在机组人员的整个生命周期中,使用第一人称复数(我们,我们,我们)的人数增加,而机长在第一人称复数中的发言要多于副驾驶或飞行工程师。初始飞行中的语言使用与后续飞行中的性能和错误有关。这些是初步数据,目前正在开发这种语言分析方法,并将其与通信分析的内容编码方法以及威胁和错误模型集成在一起。

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  • 作者单位
  • 年度 2000
  • 总页数
  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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