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Introduction of a full redundant architecture into a vehicle by integration of a virtual driver

机译:通过集成虚拟驱动程序将全冗余架构引入车辆中的全部冗余架构

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Concepts like Dickmanns et. al. show that automation can be sophisticated enough to drive fully autonomously in certain environments. The concept described here uses automation to introduce a virtual driver redundant to, but not excluding, the human driver. The first part of this paper is an overview of the project framework based on a model of the driver cognition. After that the requirements for the engineering of a virtual driver will be described into more details. An adapive cooperation and its use to optimize the driver's command depending on his fitness and the confidence of the virtual driver will be explained one section after. The final part shows the inherent problem of conflicts due to the introduction of this kind of technology.
机译:像Dickmanns et这样的概念。 al。表明,自动化可以在某些环境中完全自主驱动。这里描述的概念使用自动化来引入冗余的虚拟驱动程序,但不排除人类驱动程序。本文的第一部分是基于司机认知模型的项目框架概述。之后,将描述虚拟驱动程序的工程的要求更详细。根据他的健康和虚拟驾驶员的健身和置信度,以适应驾驶员命令优化驾驶员命令的适当的合作及其使用。由于引入这种技术,最终部分显示了冲突的固有问题。

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