在快速车道和繁忙城市道路行驶使用双燃料的公交车辆、租的士专用。
Can be used in the mist severe operating conditions such as express driveway, dense city traffic roadway.
我们看到在行动中增强的用户体验2.0联想在CES和快速车道相结合，它只是吹我们了！
We saw Lenovo Enhanced User Experience 2.0 in action at CES and combined with Rapid Drive, it just blew us away!
车应当按照快速车道规定的速度行驶，未达到快速车道规定的行驶速度的，应当在慢速车道行驶。
The motorized vehicle running in the fast lane should run at the prescribed speed for the fast lane, and should run in the slow lane if it fails to reach the prescribed speed for the fast lane.
“最棘手的问题将是，”布尔萨说，“如果有一辆40吨的卡车在公路上的快速车道行驶，或许装有防滑胎链。”
"The toughest is going to be that fast lane on the highway," Brusaw says, "where you've got a 40-ton truck, maybe with snow chains."
其他城市，比如哥伦比亚首都，波哥大，也采用过类似的基于公交车道的快速转化系统。但是循序渐进从而即时的修正了问题。
Other cities, such as Bogota, Colombia's capital, have adopted similar rapid-transit systems based on bus lanes, but have done so piecemeal, allowing glitches to be fixed quickly.
现在，一种未来概念式的交通工具——立体快速巴士解决了这些交通问题，这种巴士横跨车道，可以在街面之上运送乘客，同时还可以保证底层的其他车流畅行无阻。
Enter the 3D Fast Bus, a futuristic concept vehicle that carries passengers above street level, straddling the lanes below so traffic can pass freely underneath.
为了建设快速公交，该市把主要的林荫大道中间的2个到4个车道征用，用低矮的墙隔离开，就建立了快速公交的所谓轨道。
To create TransMilenio, the city commandeered two to four traffic lanes in the middle of major boulevards, isolating them with low walls to create the system's so-called tracks.
因此，当汽车驶出收费站之后，车流必须从较宽的收费站出口呈扇形快速并入车道较少的常规机动车道。
So when exiting the tollbooths in a barrier toll, vehicles must "fan in" from the larger number of tollbooth egress lanes to the smaller number of regular travel lanes.
快速运行于封闭车道内的BRT车辆，其可靠性问题的关键，是不在运行中发生完全故障。
The key of reliability problem of BRT buses, running on isolated lanes, is to prevent them from breakdown in service.
为提高高速公路上车道线识别的快速性和鲁棒性，提出了一种有效的车道线检测与跟踪方法。
An efficient method of lane detection and tracking is proposed to improve robustness and efficiency of lane recognition of highway.
在一个购物中心的停车场，我正在穿过车道，看到有一辆车快速的开过来。
In the parking lot of a shopping center, I started to walk across the path of a car that was approaching rapidly.
按照本文算法在复杂路况下可以准确、快速估算出车道的延伸方向，从而可以实现车辆的防偏预报。
It can figure out the way stretching correctly and give warning of vehicle-deviation under the complicated lane conditions.
城市快速路出口附加车道及其渠化长度的合理设置，对于提高出口通行能力和减少出口对快速路交通流的影响具有重要的意义。
The rational length of auxiliary lane and channelization of urban expressway exit have an important role to increase the exit capacity and decrease the influence to expressway traffic flow from exit.
最后通过一个简单的诱导分析，研究能否提高减速车道区域快速路运行效率。
At last, a simple traffic flow guidance is introduced to study whether it can improve the expressway system's efficiency near the decelerating lane.
提出城市快速路可根据道路不同线形条件分车道、分车型进行限速。
Finally, the paper proposes speed limit for different lanes, types of vehicles and road alignments.
城市快速路出口附加车道及其渠化长度的合理设置对于提高出口通行能力和减少出口对快速路交通流的影响具有重要的意义。
The rational length of auxiliary lane and channelization of urban expressway exit have an important role to increase the exit capacity and decrease the influence to expressway traffic flow from exit.
该计算方法以快速路主线车道数、主线流量、出入口流量、辅道流量为输入条件，计算满足一定服务水平下的出入口最小间距值。
Using expressway's number of lanes and traffic volume, and volumes on entrance, exit, and service road as input, the methods gives the minimum separation distance based on the given level of service.
通过仿真试验，对其结果分析得出城市快速路菱形立交出口附加车道长度及其渠化长度建议值。
Through using simulation trial, the author has analyzed the trial result and worked out the recommendation value of auxiliary lane and channelization length of urban expressway exit.
快速公交车道公路的重大变化，以增加道来实现。
BRT lane road through the provision of major transformation, to increase the number of lanes to implement.
本文重点解决的问题包括三维道路表面模型的快速生成技术，以及基于车道的网络模型的建立与应用。
This paper focuses on 3D road surface model generation and lane-based road network construction and its application.
本文重点解决的问题包括三维道路表面模型的快速生成技术，以及基于车道的网络模型的建立与应用。
This paper focuses on 3D road surface model generation and lane-based road network construction and its application.
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