vehicle mobility

All terrain articulated tracked vehicle is characterized by high and good mobility, itcan travel in a variety of extreme conditions, such as snow, streams, ponds, swamps, jungles, deserts, mountains and successfully complete rescue and transportation.

全地形铰接履带车的特点是通过性好，机动性灵活，可以行驶在各种极端工况，比如雪地、溪流、池塘、沼泽、丛林、沙漠、山地等，顺利完成救援及货物运输要求。

A prediction mechanism on vehicle mobility is proposed to calculate mobility metrics in the future time slot through mobility parameters, based on which the future anchor point position of a vehicle can be predicted.

接下来提出了一种车辆节点移动的预测机制，可以通过移动参数计算出车辆未来某段时间片内的运动特征，在此基础上预测车辆未来行驶的锚点位置。

The solution of application about the EMC of high mobility military off-road vehicle was introduced.

介绍了军用 越野车 电磁兼容性在应用中的解决方法,通过试验对比应用效果,为后期的汽车设计提供参考.

Vehicle mobility models are the foundation of VCN. Meanwhile, the information acquired from VCN also plays an important role in changing the driving behaviors.

车辆移动模型是车载通信网络的基础，而通信获得的信息对于驾驶员改变行车行为也具有重要的指导价值。

Structure Design and Off-road Mobility Research of Chequer Straw Paving Vehicle in Desert

ICF装置靶场结构总体稳定性设计重型沙漠草方格铺设车总体设计与越野性研究