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Inter-vehicle communication: technical issues on vehicle control application

机译:车辆间通信:关于车辆控制应用的技术问题

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摘要

Mutual exchange of status data between vehicles in close proximity is the basis for safe vehicle operation. Application areas range from driver assistance/warning to fully autonomous driving. To enable this data exchange we need an intervehicle communication (IVC) system. Vehicles involved in mutual data exchange form a kind of local area network; however, the characteristics of this network are quite different from those of conventional networks. The configuration of this kind of network changes from time to time, in terms of organization, proximity group, group position, and relative position; therefore, it is very challenging to establish. The authors have been working on this problem from the point of view of communication media and protocol. The characteristics and requirements of IVC are discussed, and several preliminary communication protocols are proposed. The authors also present some experimental results from the implementation of a function integrating communication by infrared ray with a gap-measuring technique by the vision system.
机译:紧密接近的车辆之间相互交换状态数据是安全操作车辆的基础。应用范围从驾驶员协助/警告到全自动驾驶。为了实现这种数据交换,我们需要一个车载通信(IVC)系统。参与相互数据交换的车辆形成了一种局域网。但是,该网络的特性与常规网络完全不同。这种网络的配置会根据组织,邻近组,组位置和相对位置不时变化;因此,建立起来非常具有挑战性。作者从通信媒体和协议的角度研究了这个问题。讨论了IVC的特性和要求,并提出了几种初步的通信协议。作者还从视觉系统通过将红外线通信与间隙测量技术集成到一起的功能的实现中,提供了一些实验结果。

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