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An architecture for collaborative driving systems

机译:协同驾驶系统的架构

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Vehicle automation has progressed from systems that monitor the operation of a vehicle and assist a driver, with functions such as antilock braking and cruise control, to systems that detect the operation of adjacent vehicles, to implement emergency braking and intelligent cruise control. The next generation of systems will share sensor readings and collaborate to control braking operations by looking several cars ahead or by creating safe gaps for merging vehicles. The rules that control the interaction between automobiles are protocols.
机译:车辆自动化已经从监视车辆运行并辅助驾驶员(具有防抱死制动和巡航控制功能)的系统发展到检测相邻车辆运行的系统,以实现紧急制动和智能巡航控制。下一代系统将共享传感器读数,并通过向前看几辆汽车或为合并车辆创建安全间隙来协作控制制动操作。控制汽车之间交互的规则是协议。

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