1) lane
车道线
1.
This article pays attention to the lane feature,it detects the lane firstly,then detects the ROI and uses the ROI to take background subtraction,reaching the aim to dec.
本文针对高速公路中车辆行驶在车道线中的特点,先提取车道线,根据车道线求出行车区域,再对行车区域进行背景差提取运动目标,消除了周边环境对运动目标的影响。
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 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。
4) lane detection
车道线识别
1.
An anti-disturbance lane detection method combined with vehicle detection was proposed.
提出了一种抗干扰车道线识别方法,通过对车道线点集的优化,能够去除道路上行驶的其他车辆造成的干扰。
5) carriageway
公路车道线
1.
The position of the carriageway was determined by the color difference between the carriageway and the road surface and the substitutive points on the carriageway were calculated,which were classified into groups according to a vehicle position on the road.
针对机器视觉导航中道路引导线检测方法复杂、实时性不能满足使用要求的问题提出了基于改进Hough变换的公路车道线快速检测算法:根据车道线与路面颜色的不同判断车道线位置计算出车道线的方向候补点群,根据车辆所处车道的情况对方向候补点群进行聚类,以每一类的中点为基准点使用基于一点的改进Hough变换算法计算出车道线的斜率。
6) 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。
参考词条
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。