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Authority and Level of Automation: Lessons to Be Learned in Design of In-vehicle Assistance Systems

机译:权威性和自动化程度:车载辅助系统设计中的经验教训

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Motor vehicles and drivers' relationship with them will change significantly in the next decades. Still, most driving tasks are likely to involve humans behind the wheel, emphasizing the design of in-vehicle assistance systems. A framework for distribution of control between human beings and technology is presented, as well as a model to be used in analysis, design, development, and deployment of decision support systems. The framework and the model are applied in a project aiming for design of in-vehicle systems for future long-haul vehicles. The empirical investigations conducted support the design-as-hypotheses approach. The search for improvements of design concepts and levels of automation leads to a shift away from abstract ideas of autonomous cars to empirical issues such as how to support the driver. The need to discuss authority in relation to levels of automation is recognized, emphasizing the fact that human-machine interaction takes place on two distinct levels.
机译:在接下来的几十年中,机动车及其与驾驶员之间的关系将发生重大变化。尽管如此,大多数驾驶任务仍可能会牵扯到方向盘上的人员,从而强调了车载辅助系统的设计。提出了在人与技术之间分配控制的框架,以及在决策支持系统的分析,设计,开发和部署中使用的模型。该框架和模型被应用于旨在为未来的长途车辆设计车载系统的项目中。进行的经验研究支持“假设设计”方法。对设计概念和自动化水平的改进​​的寻求导致从无人驾驶汽车的抽象思想转向经验问题,例如如何支持驾驶员。人们认识到有必要讨论有关自动化级别的权限,从而强调了人机交互在两个不同的级别上进行的事实。

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