1)vehicle tracking车辆跟踪
1.Learning-Based Spatio-Temporal Vehicle Tracking and Indexing Framework;基于学习机制的时空车辆跟踪与索引框架
2.Vehicle Tracking Method Based on Video Technology;基于视频技术的车辆跟踪方法研究
3.Research of Vehicle Tracking Technique Based on Information Fusion;基于信息融合的车辆跟踪技术研究
英文短句/例句
1.Video Vehicle Tracking and Traffic Information Extraction;基于视频的车辆跟踪与交通信息提取
2.Video Vehicle Tracking and Traffic Incidents Detection;基于视频的车辆跟踪与交通事件检测
3.Research on Vehicle Tracking Technology Based on Snake Model基于Snake模型的车辆跟踪技术研究
4.A Method for Vehicle Tracking and Recognition Based on Scanning Laser Radar基于激光雷达的车辆跟踪与识别方法
5.Research and Application of Logistics Vehicle Monitoring System Based on WebGIS;基于WebGIS的物流车辆跟踪系统研究与应用
6.Study on Auto-Tracking Method of Moving Vehicle in ITS;ITS中运动车辆自动跟踪方法的研究
7.Study on Video-based Vehicle Detection and Tracking;基于视频的车辆检测与跟踪技术研究
8.Video Based Vehicle Detection and Tracking Algorithms Research;基于视频的车辆检测与跟踪算法研究
9.Study of Vehicle Detection and Tracking Based on Vision基于视觉的车辆检测与跟踪技术研究
10.The Detection and Tracking of Video Road Vehicles Based on OpenCV基于OpenCV的视频道路车辆检测与跟踪
11.Survey on Video Based Vehicle Detection and Tracking Algorithms基于视频的车辆检测与跟踪算法综述
12.A tracking arithmetic for moving vehicle under occlusion一种遮挡情况下运动车辆的跟踪算法
13.The Research on Detection and Tracking Techniques for Moving Vehicles in Intelligent Transportation System;智能交通中车辆检测与跟踪技术的研究
14.The Study of Real-Time Vehicle Track in Synthetic Automation of Marshalling Yard;编组站综合自动化车辆实时跟踪技术的研究
15.Study of Variable Structure Mode-Following Control for Semi-Active Suspension in Vehicle;车辆半主动悬架模型跟踪变结构控制的研究
16.Research on Speed Tracking Control Strategy in Mobile Automatic Driving;车辆自动驾驶中的速度跟踪控制策略研究
17.The Research for Recognition and Tracking of Moving Vehicle Based on Visual;基于视觉的运动车辆识别与跟踪方法研究
18.The Research of Moving Vehicle Detection and Tracking for Video Surveillance;视频监控中车辆检测与跟踪技术的研究
相关短句/例句
multi-vehicle tracking多车辆跟踪
3)Loco and car tracing机车和车辆跟踪
4)vehicle tracking system车辆跟踪系统
1.In order to improve precision of vehicle tracking system and reduce the position error of DGPS,authors first analyzed the motive process of vehicle on the road and its moving model.为提高车辆跟踪系统的精度,减小差分全球定位系统(DGPS)的定位误差,通过分析行驶在城市道路上的车辆运动过程及其相应的运动模型,提出采用当前统计模型作为车辆运动模型。
5)Vehicle detection and tracking车辆检测与跟踪
6)vehicle video tracking视频车辆跟踪
延伸阅读
110超远程精密跟踪雷达５０年代起，国外就发展了弹道导弹武器等。我国为了积极防御，能探测几千里以外的入侵目标，必须研制超远程的预警、跟踪雷达，对外空目标的探测、跟踪，建立弹道导弹预警（空间监视）系统、防御系统。１９５８年提出研制超远程雷达。雷达技术专家申仲义担起了这一十分艰巨的任务。他带领１４所工程技术人员从预先研究开始，在突破多项关键技术后才进入工程设计阶段。１９５９年他组织研制一部１１０模拟试验雷达，首次收到了离地球３８万公里的月球的较强回波，取得了观测外空目标的初步成果。１９６５年到１９７０年又开展了卡塞格伦式单脉冲天线、脉冲压缩、脉冲多卜勒测速、参量放大器、先进计算机的应用、大型天线结构及转台的研究。上述各种新技术的突破，为研制超远程１１０跟踪雷达作了前期工程准备，进入了工程实施阶段。１９７７年，我国第一部超远程跟踪雷达装备了部队。它能在２０００多公里以外跟踪非合作的外空目标，在我国发射洲际火箭、卫星等工程中多次执行了跟踪测量国外的外空目标的任务。１１０雷达的研制成功，使我国成为世界上第三个拥有这种大型雷达的国家。
