针对静态摄像条件下视频序列图像，提出一种基于背景重建的序列图像车辆目标检测方法。
This paper presents a vehicle targets detection method in image sequence based on background reconstruction with static camera.
运动目标的检测在智能交通监控、车辆导航、辅助驾驭、高速公路上的自动收费等都有广泛的应用。
Motion object detection is widely used in the areas of smart traffic monitoring, vehicle navigation, assistant driving and automatic toll collection on freeways.
视频车辆检测系统是一种利用图像处理和模式识别技术实现对交通目标检测和识别的计算机处理系统。
Video vehicle detection system is a computer processing system which uses image processing technology to detect the traffic flow.
本文的视觉识别算法分为两个部分：结构化道路的检测与识别和目标车辆的检测与识别。
The algorithm in the paper is composed of two parts: detection algorithm of structural road and detection algorithm of target car.
针对夜晚视频目标检测中的车辆灯光干扰问题，提出一种基于支持向量机(SVM)的灯光干扰消除方法。
To solve the problem of vehicle light interference on nighttime object detection, a method of eliminating the light interference based on Support Vector Machine (SVM) is proposed in this paper.
通过运动区域检测、噪声去除、连通单元标记、目标提取、阴影检测等处理，能获取完整的车辆目标区域。
By the process of moving area detection, yawp elimination, object detection based on connected region label, shadow elimination, the whole vehicle targets area is obtained.
提出了一种基于模糊聚类和卡尔曼滤波的多运动目标检测的技术，并将其应用于车辆的检测与跟踪。
A kind of technique for detection of multiple moving objects based on fussy clustering and Kalman filtering was brought forward, and has been applied to vehicle detection and tracking.
本文详细地研究了车辆目标的视频检测方法和基于虚拟线圈的交通流量检测系统。
Vehicle detection method based video and traffic flow detection system based fictitious loop are studied in details.
当检测值超过阈值时该系统发出光声报警，在反应时间内警示驾驶员采取安全措施，从而避免与前方的目标车辆相撞。
And it displays the values at real time. To avoid colliding with the target vehicle ahead, it alarms to drivers in reaction time with light and sound when the measurement is above the critical value.
该文介绍的这一方法采用了动态目标区域检测的技术来追踪运动车辆，所谓动态目标区域检测就是指被检测区域是动态更新的，是随着被检测对象位置的变化而改变的。
The approach proposed by the writer adopts the technique of dynamic target region detection. Its core is that the region to be detected is dynamic and is changing with the target's change.
通过检测道路上的运动目标并利用目标的运动信息和外形特征进行车辆识别。
Firstly, moving objects on the roadway are detected. Then, the vehicles are recognized based on their motion information and shape characteristics.
通过检测道路上的运动目标并利用目标的运动信息和外形特征进行车辆识别。
Firstly, moving objects on the roadway are detected. Then, the vehicles are recognized based on their motion information and shape characteristics.
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