搜索资源列表
03
- 能够检测到受监控路面的车辆并自动提取车辆牌照信息（含汉字字符、英文字母、阿拉伯数字及号牌颜色）进行处理的技术。车牌识别是现代智能交通系统中的重要组成部分之一，应用十分广泛。它以数字图像处理、模式识别、计算机视觉等技术为基础，对摄像机所拍摄的车辆图像或者视频序列进行分析，得到每一辆汽车唯一的车牌号码，从而完成识别过程。通过一些后续处理手段可以实现停车场收费管理，交通流量控制指标测量，车辆定位，汽车防盗，高速公路超速自动化监管、闯红灯电子警察、公路收费站等等功能。-Monitored to dete
04
- 能够检测到受监控路面的车辆并自动提取车辆牌照信息（含汉字字符、英文字母、阿拉伯数字及号牌颜色）进行处理的技术。车牌识别是现代智能交通系统中的重要组成部分之一，应用十分广泛。它以数字图像处理、模式识别、计算机视觉等技术为基础，对摄像机所拍摄的车辆图像或者视频序列进行分析，得到每一辆汽车唯一的车牌号码，从而完成识别过程。通过一些后续处理手段可以实现停车场收费管理，交通流量控制指标测量，车辆定位，汽车防盗，高速公路超速自动化监管、闯红灯电子警察、公路收费站等等功能。-Monitored to dete
videoldws
- 本程序在视频流中检测道路线标记，并强调该车辆的行驶线。这些信息可以被用来检测车辆的意外离开并发出警告。-This demo detects road lane markers in a video stream and highlights the lane in which the vehicle is driven. This information can be used to detect an unintended departure from the lane and issue a
1-s2.0-S0968090X10000112-main
- Collision avoidance in roads can be addressed in several ways, being cooperative systems one of the most promising options. In cooperative collision avoidance support systems (CCASS) the vehicles which constitute a scene share by means of communi
smart-passport
- This project developed mainly for find out a solution for the problems associated with police check posts. Now a day we will have to spend a lot of times in police check post to verify the data’s associated with our vehicle in their. This project wil
videoldws
- 本程序在视频流中检测道路线标记，并强调该车辆的行驶线。这些信息可以被用来检测车辆的意外离开并发出警告。-This demo detects road lane markers in a video stream and highlights the lane in which the vehicle is driven. This information can be used to detect an unintended departure from the lane and issue a
mtalab_F_P
- 基于matlab的汽车驱动力阻力平衡设计。可用于检测汽车的总体设计是否满足要求。-Matlab car driving force resistance balanced design. The overall design may be used to detect whether the vehicle meets the requirements.
test_detect1
- program to detect detection of vehicle on road using learning of haar features
abs
- a new automatic target detection (ATD) algorithm to detect targets such as military targets, vehicle detection, oil storeroom detection. This algorithm uses concentric circles to extract features of object and the features are quasi invariant to tar
chepaishibie
- 车牌识别技术能够检测到受监控路面的车辆并自动提取车辆牌照信息（含汉字字符、英文字母、阿拉伯数字及号牌颜色）进行处理的技术。-License plate recognition technology can detect the monitored road vehicles and automatic extraction of vehicle license plate information (including Chinese characters and English letters
traffic
- 交通视频中的车辆检测，这个例子使用mmreader函数，implay函数和其他图像处理函数检测交通视频录像中浅颜色的车-Traffic in the video vehicle detection, this example uses mmreader function, implay functions and other image processing functions to detect traffic light color video in the car
piliangduqu
- 不成熟的基于图片序列的前方车辆检测，主要用于检测公交车道的非法占用，-Immature front of the vehicle based on the detection of a sequence of pictures, mainly used to detect the illegal occupation of the bus lane,
the-paper
- 基于图像的车辆检测算法，其中介绍了如何处理得到的图像，在图像中检测出车辆来-Image based vehicle detection algorithm, which introduces how to deal with the obtained image, in the image to detect vehicles
matlab
- 十字路口车流通量及车身颜色的统计通过MATLAB创建系统对象，用于读入待处理视频，用于色彩空间转换、检测出包含汽车运动的图像块、用高斯混合模型检测背景、对检测出的运动车辆进行框画、标注检测到车辆的个数用于显示结果。颜色提取算法采用 RGB 颜色模型，利用MATLAB进行仿真-Crossing the circulation of the car and body color statistics by MATLAB to create object system, used to read th
ultrasonic
- 基于51单片机的智能车避障源程序。在本装置中，用遥控器控制小车前进、后退、左转、右转运动来模拟驾驶员的驾驶动作；小车的最前部安装有超声波传感器，用于检测本车与前面障碍物的距离；电路板安装于小车的车架上；原车的后桥驱动电机和转向电机的布置基本不变。本装置的基本原理为：超声波发射端在单片机和前置电路的驱动下工作，接收端的信号经放大整形后在单片机的中断口产生中断，通过发射和接收的时间差计算出小车与障碍物的相对距离，再由单片机实现避障算法，做出判断决策，发出相应的控制指令，然后通过外围硬件电路实现PWM
r
- 交通视频采集后的图像预处理。由于硬件及环境等因素的影响，摄像头提取的图像不可避免地包含噪声，图像的质量会受到不同程度的失真。因此，我们要对采集到的视频序列进行图像的预处理。 车辆检测算法。概括性的分析了基于图像处理的几种常用的车辆检测算法：帧差法、光流法，总结了各种方法的优缺点，并采用背景差法对车流量进行检测。该算法自适应能力强，计算量小，可正确判断有无车辆、完成车辆计数，实现车流量计算，为交通监管系统提供实时有效的交通参数。 车辆计数。分析常用的车辆计数方法：虚拟线圈法和目标跟踪法。并
car_shadow
- 基于阴影分割的车辆检测识别，可以成功地检测出车辆位置-the vehicle detection based on shadow,it can detect the vehicle succefully
cardetect
- opencv运动模板检测车辆，可以检测出运行方向，准确率较高-Opencv motion template detection vehicle, can detect the running direction, the accuracy rate is higher
Fault Tolerant Control of a Quadrotor UAV using Sliding Mode
- In this paper, the sliding mode approach is used to control of a quadrotor unmanned aerial vehicle (UAV) in the presence of external disturbance and actuator fault. Fault detection unit can detect the actuator fault using a state estimator.
anurag-poster
- Autonomous vehicles are defined as vehicle that get one point to another point without human interaction & implement a number of well placed sensors that detect different things such as other vehicles, people, traffic lights, and movement of other ve