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Modeling and Formal Verification of Reconfigurable Vehicular Platoons

机译:可重构车辆排的建模和形式验证

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The platoon system is considered as a promising transportation approach that may offer many services such as reducing the fuel consumption or increasing the road capacity. However, with new technologies come new complex issues. Vehicles formation requires a high safety level since it evolves human drivers security. In order to deal with uncertainties in the platoon, this paper proposes to manage the safety issue by a reconfigurable multi-agent architecture handling two different modes: normal and degraded modes when faults occur. Finally, we propose to evaluate the correctness of any platoon by using a formal verification approach. We prove the efficiency of the proposed platoon model for several situations such as merging, following or leaving the platoon by verifying the non-collision safety criterion (i.e.: the distance between vehicles should not reach a reference value).
机译:排系统被认为是一种有前途的运输方式,可以提供许多服务,例如减少燃油消耗或增加道路通行能力。但是,随着新技术的出现,出现了新的复杂问题。车辆编队需要提高安全性,因为它可以提高驾驶员的安全性。为了解决排中的不确定性,本文提出了通过可重构的多主体体系结构来管理安全问题,该体系结构处理两种不同的模式:发生故障时的正常模式和降级模式。最后,我们建议使用正式的验证方法来评估任何排的正确性。我们通过验证非碰撞安全标准(即:车辆之间的距离不应达到参考值)来证明所提出的排模型在几种情况下(例如合并,跟随或离开排)的效率。

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