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Flight decks and free flight: Where are the system boundaries?

机译:飞行甲板和自由飞行:系统边界在哪里?

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摘要

The change from managed to free flight is expected to have large effects, over and above the intended efficiency gains. Human factor concerns have understandably focused on how free flight may affect the pilots in the cockpit. Yet it is necessary to see the change from managed to free flight as more than just an increment to the pilots' work. Despite the best intentions the transition will not be a case of a smooth, carefully planned and therefore uneventful introduction of a new technology. It is more likely to be a substantial change to an already challenging working environment, in the air as well as on the ground. The significant effects will therefore not just happen within the existing structure or distribution of work and responsibilities, but affect the structure of work itself. This paper takes a look at free flight from a cognitive systems engineering perspective and identifies two major concerns: first what effects free flight has on the boundaries of the joint cognitive systems, and second how this affects demands to control. The conclusion is that both will change considerably and that we need to understand the nature of these changes before focusing on the possible effects of free flight on pilots' performance.
机译:从有管理的飞行到自由飞行的转变,除了预期的效率提高外,预计还会产生巨大的影响。人为因素的关注可以理解地集中于自由飞行如何影响驾驶舱的飞行员。然而,有必要看到从有管理的飞行到免费飞行的转变不仅仅是飞行员工作的增加。尽管有最好的意图,但过渡不会是顺利,精心计划并因此顺利引入新技术的情况。无论是在空中还是在地面上,这都可能是对本已充满挑战的工作环境的重大改变。因此,重大影响不仅会发生在工作和职责的现有结构或分布中,还会影响工作本身的结构。本文从认知系统工程的角度研究了自由飞行,并确定了两个主要问题:首先,自由飞行对联合认知系统的边界有什么影响;其次,这如何影响控制需求。结论是,两者都会发生很大的变化,在关注自由飞行对飞行员绩效的可能影响之前,我们需要了解这些变化的性质。

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