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A study of driving assistance system based on a fusion network of inter-vehicle communication and in-vehicle external sensors

机译:基于车辆间通信和车载外部传感器的融合网络的驾驶辅助系统研究

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This paper describes the evaluation on the safety performance of a driving assistance system based on a fusion network of inter-vehicle communication and in-vehicle external sensors in which the other vehicles' running information acquired by in-vehicle external sensors and own running information acquired by internal-sensors. The safety performance is evaluated by microscopic traffic simulator in a mixed environment of the three types vehicles(system equipped vehicle with communication and sensor devices, system equipped vehicle with only communication devices, and vehicle without driving assistance system). The result of simulation indicates that when the half of vehicle which has communication function equips an external sensing function, the safety performance of the driving assistance system in the fusion network of inter-vehicle communication and in-vehicle external sensors rises up than that in the conventional inter-vehicle network which only shares the in-vehicle running information. Especially, it greatly improves the safety of the vehicle with only communications equipment.
机译:本文介绍了基于车辆间通信的融合网络和车载外部传感器的驾驶辅助系统的安全性能的评估,其中由车载外部传感器获取的其他车辆运行信息以及获取自己的运行信息由内部传感器。安全性能通过微观交通模拟器在三种类型的车辆的混合环境中进行评估(配备有通信和传感器设备的系统,系统的车辆,只有通信设备的车辆,以及没有驾驶辅助系统的车辆)。仿真结果表明,当具有通信功能的一半的车辆提供外部传感功能时,车辆间通信的融合网络中的驾驶辅助系统的安全性能比其更高于此传统的车辆间网络仅共享车载运行信息。特别是,只有仅通过通信设备提高车辆的安全性。

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