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asda
- 1.设计一个十字路口的交通灯控制电路,要求甲车道和乙车道两条交叉道路上的车辆交替运行,每次通行时间都设为25秒; 2.要求黄灯先亮5秒,才能变换运行车道; 3.根据交通灯控制系统框图,画出完整的电路图。 3.设计出PCB图 -1. Design a crossroads, the traffic lights control circuit, A request lane motorway and two B crossover vehicles on the road alter
houghostu
- matlab平台下的一个车道线检测算法 其中主要包括了HOUGH变换方法和大津自动阈值分割方法,在打包文件中详细说明了每个函数的作用,其中包括了验证图片-Matlab platform under a lane line detection algorithm which includes mainly the transformation methods and HOUGH big-automatic thresholding methods, the packing paper deta
shudianskechengsheji
- 数电课程设计:交通灯⑴设计一个十字路口的交通灯控制电路,要求甲车道和乙车道两条交叉道路上的车辆交替运行,甲车道(主干道)放行45秒,乙车道(支干道)通行时间为25秒; ⑵在每次由绿灯变成红灯的转换过程中间,要亮5秒的黄灯作为过度,以使行使中的车辆有时间停到禁止线以外;
car
- 停车场模拟,两车道和排队通道,按顺序进入空位停车
DCP
- 收费站车道打印机编程,还望大家多多指点哦!!有很多不足之处
有译zhup
- 交通灯控制电路 一、 设计任务与要求 1.设计一个十字路口的交通灯控制电路,要求甲车道和乙车道两条交叉道路上的车辆交替 运行,每次通行时间都设为25秒; 2.要求黄灯先亮5秒,才能变换运行车道; 3.黄灯亮时,要求每秒钟闪亮一次 。 二、实验预习要求 1.复习数字系统设计基础。 2.复习多路数据选择器、二进制同步计数器的工作原理。 3.根据交通灯控制系统框图,画出完整的电路图。-a control circuit design tasks and requirements 1. Design
虚拟线圈可视化设置
- 利用得到道路上的图像对车道进行虚拟线圈的设置,方便利用这些虚拟线圈进行跟踪车辆的运行状况-used to be on the road to image right lane virtual coil configuration to facilitate the use of these virtual coil tracking vehicles running
LaneDetectionAlgorithmsedonaHyperbol
- 这是一个基于抛物线模型的车道线检测算法模型方法,并详细介绍了车道线分离警告系统的设计步骤。-This is a model based on the parabolic model for lane-line detection algorithm method, and details of the lane line separating warning system design steps.
glim
- 设计一个十字路口的交通灯控制电路,要求东西方向车道和南北方向车道两条交叉道路上的车辆交替运行,每次通行时间都设为45秒。时间可设置修改。-Designed a crossroads of traffic lights control circuit, require lane east-west direction and north-south direction cross the two lane road on the turn of the vehicle is running, ea
图像处理作业
- 车道线识别,matlab程序,仅仅供给大家参考,有一定不确定的地方(Lane identification, Matlab procedures, only to provide your reference, there must be uncertainty)
devkit_scene_flow
- 开发工具,道路车道线识别的的工具包,很有参考价值(development toolkit for road lane detection ,very useful ,really recommeng it to everyone working on lane detections)
新建文本文档
- matlab自带视频中对车道线的识别,能够在matlab自带视频中划分出标注道路的车道线(Lane recognition in matlab video)
几种车道检测论文
- 主要是提供了几种车道检测办法,很容易理解跟实现(Mainly provides several ways to detect lanes, it is easy to understand and achieve)
单-双-三车道元胞自动机仿真
- 利用元胞自动机模型模拟城市道路中的单车道、双车道、三车道道路交通(Simulation of single lane, double lane and three lane road traffic in urban road using cellular automata model)
CurvedLaneDetection
- 识别弯道车道线,通过Hough变换以及双曲线拟合来识别图像中弯道和直线的车道线。(The lane of lane is identified, and the lane of curve and straight line is identified by Hough transformation and hyperbolic fitting.)
OPENCV车道检测与车辆识别LaneDetection
- 基于C#OPENCV车道检测与车辆识别,速度快,直线检测准确(Lane detection and vehicle identification based on C#OPENCV)
LKS
- 基于Carsim和simulink实现车道保持(Lane keeping based on Carsim and Simulink)
APF_VEHICLE
- 基于人工势场法的智能汽车避撞路径规划,本程序考虑双车道情况。(ntelligent vehicle collision avoidance path planning based on artificial potential field method. This procedure takes into account two lane situations.)
Line_Detect
- 车道线检测 基于matlab 实现对图片的车道线检测 示例图片为999.png(landlines detection)
车道保持国标
- 车道保持国标,帮助同学理解车道保持仿真工况,对于在carsim中设置仿真工况有很好的效果。(The lane maintains the national standard, helping students understand the lane to maintain the simulation conditions, and has a good effect on setting the simulation conditions in carsim.)