1) lane lines
车道线
1.
To solve the calibration problem of camera in lane departure detection,the imaging model is analyzed and the installing position of camera can be adjusted according to the slope and vanishing point of three or more lane lines in the image.
针对车道偏离检测中较难解决的车载摄像机标定问题,从分析摄像机成像模型入手,根据图像中3条或3条以上车道线的消失点位置以及车道线斜率关系,在道路现场调整摄像机安装位置,以实现对摄像机外部参数的直接设定,从而避开了繁琐的摄像机参数标定过程。
2) multi-lane lines
多车道线
1.
The text uses Mathematical Morphology to detect multi-lane lines and simulate them.
本文利用数学形态学进行多车道线检测,并对相应算法进行仿真。
3) Lane markings
车道标线
1.
Lane markings in the image plane are partitioned into lower lane markings(LLM)and upper lane markings(ULM).
利用图像处理技术,提出了一种基于车道标线检测的自动车辆驾驶控制方法。
2.
A new description on lane markings in image plane is presented, and their properties are discussed and used to detect lanes with a new approach.
提出了车道标线在图像平面中的一种描述,讨论了其性质,并应用于车道的检测。
4) dual carriageway road
双线车道
5) tangent of lane white line
车道线切线
1.
The relative velocity between two vehicles,the separation angle between the guiding wheels of intelligent vehicle and the tangent of lane white line are used as the output of fuzzy controller.
根据从声纳、摄像等传感器传输的相关数据,经一系列处理,作为模糊控制器的输入,而把两车之间的相对速度,方向轮与车道线切线之间的夹角等作为模糊控制器的输出。
6) lane detection
车道线检测
1.
In order to improve image processing speed for lane detection in structured road,an algorithm with monocular vision self-adapting dynamic window is proposed.
为提高结构化道路车道线检测的图像处理速度,提出一种单目视觉自适应动态窗口的高速检测算法。
2.
The real-time lane detection and identifying system is also an essential module of the driver assistance and warning system.
而车道线检测与识别是实现这一技术的首要问题。
3.
The preprocessing of road images is the key to the abilities and efficiencies of the lane detection.
道路图像的预处理往往决定着车道线检测识别能力和效率,提出以反透视变换为核心的道路图像预处理方法,并利用Hough变换检测车道线,实验证明,该方法能有效的提取图像中的车道线。
补充资料：车道
1.车马往来的道路。后专指车辆行走的道路。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条