Vehicle Interiors as Sensate Environments

M. Würtenberger
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Abstract

The research field of biologically inspired and cognitive systems is currently gaining increasing interest. However, modern vehicles and their architectures are still dominated by traditional, engineered systems. This talk will give an industrial perspective on potential usage of biologicallyinspired systems and cognitive architectures in future vehicles. A vehicle's interior can be considered a highly interactive sensate environment. With the advent of highly automated driving, even more emphasis will be on this smart space and the corresponding user experience. New interior layouts become possible, with the attention shifting from the driver to the wellbeing and comfort of rider passengers in highly reconfigurable interior layouts. Tactile intelligence in particular will add an exciting new modality and help address challenges of safe human-robot coexistence. By focusing on opportunities for such approaches but also by pointing out challenges with respect to industrial requirements, the goal of this talk is to initiate and stimulate discussions regarding integration of cognitive systems in future vehicle architectures.
汽车内饰作为感知环境
生物启发和认知系统的研究领域目前正获得越来越多的兴趣。然而,现代车辆及其架构仍然由传统的工程系统主导。本次演讲将从工业角度阐述生物启发系统和认知架构在未来车辆中的潜在应用。汽车的内部可以被认为是一个高度互动的感官环境。随着高度自动驾驶的到来,这个智能空间和相应的用户体验将更加受到重视。新的内饰布局成为可能,在高度可重构的内饰布局中,注意力从驾驶员转移到乘客的健康和舒适度上。特别是触觉智能将增加一种令人兴奋的新模式,并有助于解决人机安全共存的挑战。通过关注这些方法的机会,同时指出工业需求方面的挑战,本次演讲的目标是发起和激发有关未来车辆架构中认知系统集成的讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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