监控车辆

并且通过OBD接口可以实时的监控车辆状态，可以对车辆故障等信心进行预警。

And vehicle breakdowns and other confidence warning can be achieved with real-time monitoring of vehicle status through the OBD interface .

公路交通信息移动监控车辆的改装设计

The modification design of road traffic information mobile monitoring vehicle

我们绕着校园停车场一周布置传感器，用来监控车辆交通以及车位使用率。

We strung sensors around a campus parking garage to monitor vehicle traffic and space occupancy .

实现部分重点介绍了车辆监控、车辆报警、GPRS通信、电子地图和安全信息管理等功能模块的实现。

In the system implementation part , the implementation of vehicle monitoring , vehicle warning , GPRS communication , electronic map and security information management are introduced with emphasis .

但很多企业仅仅是为达到监控配送车辆的行进轨迹而应用GPS，很少把GPS和物流配送的其他环节，如工作量的衡量、配送运输线路的规划等结合起来。

But many enterprises simply to monitor delivery vehicles for road and track use GPS , few enterprises to combine GPS and other elements of logistics and distribution , such as the workload of the measure , distribution , route planning .

可实现对远程车辆状态的定位、查询、跟踪和监控机动车辆的自动报警功能。

It can locate , query , track and supervise autoalarm for the vehicles in long distance away .

对于主动监控和车辆追踪，本文也进行了系统的分析，并给出了理论证明以及实现该功能的过程。

Besides , it does some systemic analysis , gives theoretical proof and realization process for monitoring and tracking vehicles .

完整地实现了定位数据的传输、电子地图的匹配显示及移动目标实时监控等车辆监控系统基本功能。

It integrality realizes the located data delivering , the electronic map matching and showing , the locomotive target real-time monitoring .

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 .

实验证明，该算法提取的关键帧不但包括了所有经过监控的车辆最佳或接近最佳清晰度的位置，而且还能包括道路停车、超速和逆向行驶等各种交通事件，符合交通观察者的视觉特性。

Experiments show that the key frames extracted by the proposed algorithm not only include the optimal or suboptimal positions of all passed vehicles , but also include on-street parking , speeding and reverse driving etc. traffic incidents .

总之，该系统的应用将有效提高车辆的远程监控及车辆运行安全，减少燃料消耗，减少废气排放、提高车辆、道路的利用率。

In summary , the application of such a system would effectively contribute to the vehicle remote monitoring and operating safety , reduce fuel consume , also drop in waste gas , make full availability of vehicles and roads .

但是在巡逻过程中，也暴露出了许多问题，如巡逻车辆遇到紧急情况如何报警问题，如何监控巡逻车辆的运行情况问题，如何对巡逻车辆进行有效的指挥问题。

However , there are a lot of problems on patrolling , such as how to give an alarm when a patrol vehicle encountered emergency , how to monitor and control the running situation of patrol vehicles , and how to effectively direct patrol vehicle .

本文的主要目的是解决交通运输中的车辆定位监控和车辆在陌生环境中的导航问题，进而建立车辆的报警、车辆监控、车辆导航等综合的车辆管理系统。

And by transforming the traditional traffic transportation and management system . The main purpose of this paper is to solve vehicle monitoring and navigation problems , and on the basis of which , to build a comprehensive vehicle administration system of vehicle alarm , monitoring and navigation .

通过GPSGPRS定位和手机回发短信，完成车辆监控调度和车辆的警情处理。

Return through the GPS_GPRS localization and the handset sends the short note , completes the vehicles monitoring dispatch and vehicles police sentiment processing .

针对GPS与GIS集成中的一些关键技术进行研究：GPS信号是如何接受和处理、GPS信号点的地图匹配、车辆导航，实现监控中心和车辆之间的无线通信和信息交互，从而实现车辆的监控。

The key technology of developing the vehicle monitor system is to deal with the GPS data , the road map matching for the monitor and the monitoring and vehicle communication .

TPDS、TADS监控结果与车辆运行故障关联性分析

Relevancy Analysis of TPDS , TADS Monitoring Result and Vehicles Fault

监控中心以车辆当前位置为中心截取地图并传输给车载终端，车载终端利用彩色液晶显示屏LCM（LCDModule）显示地图，并通过GPRS通信模块实时刷新地图。

Focused on the current position , the control center intercepts the map and transmits it to the vehicle . This system also applies a color LCM ( LCD module ) to display the map and updates it through GPRS communication .

交通监控系统中车辆和行人的检测与识别

Detection and recognition of vehicle and pedestrian in intelligent traffic surveillance

不要被监控或者其他车辆碰撞，祝你顺利。

Not to be monitoring or other vehicle collision , I wish you well .

嵌入式车载监控终端是车辆监控系统的重要组成部分。

The embedded vehicle monitoring terminal is the important part of the vehicle monitoring system .

提出了应用于交通视频监控系统中车辆运动检测和分割的一种新颖有效的方法。

An efficient method is presented for vehicle moving detection and segmentation in traffic video monitoring system .

本文提出一种应用于智能交通监控系统的车辆和行人的检测和识别方法。

In this paper , an approach to detect and recognize the moving vehicles and pedestrian that applied in intelligent traffic surveillance is proposed .

因此，对车辆的运行状态进行实时监控，预防车辆火灾的发生或者减少车辆火灾带来的财产损失和人员伤亡，显得尤为必要。

Therefore , it is particularly necessary that real-time monitoring of running state of the vehicle , preventing vehicle fires or reducing property damage and casualties caused by vehicle fire .

动态背景下运动目标的检测是计算机视觉领域的一个重要课题，在精确制导武器、交通监控、智能车辆等领域有着广泛的应用前景。

Moving target detection in dynamic background is one of important subjects in computer vision . It has broad application foreground in guided weapon , traffic monitoring and intelligent vehicle .

红外图像中的人体检测和跟踪是计算机视觉领域的研究热点，在智能视频监控、自动车辆辅助驾驶等领域有着重要的学术意义和巨大的应用价值。

Human detection and tracking in infrared images , which have been important and useful techniques for intelligent video surveillance , automatic vehicle driver assistance , are widely studied in computer vision .

在混合动力客车研究和调试阶段，为了对车辆进行监控和测试车辆运营性能，有必要开发混合动力客车车载信息系统。

It is necessary to develop vehicle information system for the hybrid electric bus , which can monitor and test the running performance of the vehicle during the phase of research and debugging .

基于视频监控技术的车辆测速技术由于具有检测区域大，系统设置方便等突出特点，已成为智能交通系统领域的研究热点。

The vehicle speed detection technology based on video monitoring , due to a large detection area and convenient system settings features , has become a hot research area in intelligent transportation systems field .

近年来，基于红外热成像的人体目标检测、跟踪与行为识别正逐渐成为智能视频监控、自动车辆辅助驾驶和高级人机接口等领域十分活跃的课题。

Recently , human detection , tracking and action recognition in thermal infrared imagery are very active in many fields , such as intelligent video surveillance , automatic vehicle driver assistance , and advanced human-machine interface .

本文开发了车载信息单元，通过车辆CAN总线获取车辆实时运行数据，并将有效数据打包，通过GPRS远程无线通信网络发送至监控中心，实现车辆运行信息的实时采集。

An on-vehicle data acquisition unit is developed to acquire vehicle real-time running data , and the valid data was packed and transmitted to monitoring center based on GPRS network .

搭建了由串口模块，基于GIS的车辆监控系统以及公交车辆智能调度系统三个功能模块组成的信息平台，初步实现了数据的融合处理及发布。

Setting up a serial module , based on Vehicle Monitoring and Managing System of GIS and Bus Intelligent Arranging System module , these three functional modules make up of Information Platform , and it realize processing and publicizing data and information .