Automated Platooning

机译：自动排列

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Platooning technology is sufficiently ready that trials can be undertaken on live roads given suitable preparations and safeguards. The performance of the technology, in practice, is not well characterised and so the business case has yet to be developed. The UK can take a lead with a trial of heavy vehicle platooning; this is essential to ascertain real-world benefits. This would be subject to policy decisions. A range of organisational, legal and human factors issues need to be explored before full deployment and some need to be addressed in advance of any road trial.

机译：公用技术准备好准备好，可在现场道路上进行试验，鉴于合适的准备和保障。在实践中，技术的性能并不具备很好的特征，因此尚未开发业务案例。英国可以通过重型车辆的试验领先地位;这对于确定现实世界的好处至关重要。这将受到政策决定的约束。在完全部署之前，需要探索一系列组织，法律和人类因素问题，并且有些需要在任何道路审判之前进行解决。

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来源
《Autonomous Passenger Vehicles》|2015年|1 v.|共18页
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作者
Alan Stevens;
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原文格式 PDF
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中图分类公共汽车、出租汽车;
关键词
road traffic control; intelligent transportation systems;

机译：道路交通控制;智能交通系统;

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专利

1. Driving next to automated vehicle platoons: How do short time headways influence non-platoon drivers' longitudinal control? [J] . Magali Gouy, Katharina Wiedemann, Alan Stevens, Transportation research . 2014,第ptab期

机译：在自动排汽车旁驾驶：短时行进会如何影响非排汽车驾驶员的纵向控制？
2. Dynamic Event-Triggered Scheduling and Platooning Control Co-Design for Automated Vehicles Over Vehicular Ad-Hoc Networks [J] . Xiaohua Ge, Shunyuan Xiao, Qing-Long Han, 自动化学报（英文版） . 2022,第001期

机译：Dynamic Event-Triggered Scheduling and Platooning Control Co-Design for Automated Vehicles Over Vehicular Ad-Hoc Networks
3. Dynamic Event-Triggered Scheduling and Platooning Control Co-Design for Automated Vehicles Over Vehicular Ad-Hoc Networks [J] . Xiaohua Ge, Shunyuan Xiao, Qing-Long Han, 自动化学报：英文版 . 2022,第001期

机译：Dynamic Event-Triggered Scheduling and Platooning Control Co-Design for Automated Vehicles Over Vehicular Ad-Hoc Networks
4. Throughput Variance of Connected Automated Traffic on a Platoon Lane [C] . E. Beheshtitabar, E. Mohammad Alipour International Conference on Transportation and Development . 2021

机译：封锁式自动流量对排巷的吞吐差方差
5. Cooperative Platooning and Lane Changing for Connected and Automated Vehicles: An Entropy-Based Method [D] . Shi, Yunpeng. 2018

机译：互联和自动驾驶车辆的合作编排和变道：基于熵的方法
6. Multi-Task End-to-End Self-Driving Architecture for CAV Platoons [O] . Sebastian Huch, Aybike Ongel, Johannes Betz, 2021

机译：用于CAV镀胶的多任务端到端自动驾驶架构
7. Mixed platoon control of automated and human-driven vehicles at a signalized intersection: Dynamical analysis and optimal control [O] . Chaoyi Chen, Jiawei Wang, Qing Xu, 2021

机译：混合排机控制在信号交叉口的自动化和人力驱动车辆：动态分析和最优控制

Automated Platooning

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