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Hazard detection and cognition for an active driving assistance

机译:进行主动驾驶辅助的危害检测和认知

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The driving assistance technology is an interesting method to increase the safety on the road. By helping the driver to avoid dangerous situations while letting him in charge of the behavior of the vehicle during normal conditions, this kind of system combines both the rapid reactions of an automated system and the human ability to react to unpredictable scenarios. The main demanding aspect of such an assistance is the capability to detect every encountered hazard and to correctly estimate both its nature and location in the space of the moving vehicle. For that purpose, this paper describes an implementation of an active driving assistant on an electric car, as well as the detection process of the dangers, their identifications and location estimations. Moreover to ensure a better detection coverage of the surrounding of the vehicle, a sharing process of the detected hazards between different systems in the controlled car environment is presented.
机译:驾驶辅助技术是提高道路安全性的有趣方法。通过帮助驾驶员避免危险情况,同时让驾驶员掌管车辆在正常情况下的行为,这种系统将自动化系统的快速反应与人类对不可预测的情况做出反应的能力结合在一起。这种协助的主要要求是能够检测到每一个遇到的危险并正确估计其性质和在移动车辆空间中的位置。为此,本文描述了电动汽车上主动驾驶助手的实现,以及危险的检测过程,危险的识别和位置估计。此外,为了确保更好地检测车辆周围环境,提出了在受控汽车环境中不同系统之间检测到的危险的共享过程。

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