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G591B-V1.1
- GPS 定位 校时 G591B G591模块产品定义书 1.GPS芯片 :基于 JRC第九代单芯片SH319方案 2.卫星信道 :88通道, (66个捕获通道,22个追踪通道) 3.频率 :L1, 1.57542 GHz, C/A 码 4.启动时间 :<1.5s(热启),<34s(温启),<35s(冷启) 5.功耗 :38mW typical@tracking 6.GPS精度 :<2.5m Position Accuracy； 0.
Wheelrail_profiles
- S1002 Wheel and UIC 60 Rail profiles are plotted by numerical function based form referenced paper : Rail Profile reference from The Dynamics of a Railway Vehicle on a Disturbed Track page 80. Appendix A-S1002 Wheel and UIC 60 Rail p
Tank_Source_Code
- 基于车辆动力学的作战坦克仿真源码，能较真实地模拟车辆的运动性能。-Tank Simulator is a software tool to simulate a battle Tank based on its vehicle dynamics. Vehicle dynamics allow simulations to contain parameters that most clearly approximate the dynamic performance of the vehicle.
VehicleDetectionbasedonHistogram
- vehicle track system
mycar2
- 此代码是在matlab上实现车辆预测跟踪，根据c均值算法测出当前车辆中心，根据αβγ滤波预测下一状态的中心-This code is a matlab forecast track to achieve vehicle, according to c means algorithm to detect the current vehicle center, according to projections αβγ filter the center of the next state
Car-Manager
- 通过RFID技术对车辆进行跟踪定位,定位信息通过GPRS传送到数据中心，后台程序完成对车辆的监控管理-Adoption of RFID technology to track vehicle location, location information transmitted via GPRS to a data center, the background process is complete the monitoring and management of vehicles
follow_front
- 此为一个跟踪前车的matlab仿真模型，其中包括了跟踪算法，和车辆2自由度模型。仿真结果表明可行。-This is a track the vehicle in front of the matlab simulation model, including the tracking algorithm, and the two degrees of freedom model of vehicle. Simulation results show that the feasible.
6DOF
- A 6-DOF simulation has 6 degrees of freedom: three rotations and three translations. Since a vehicle both translates and rotates through the air, two coordinate systems keep track of the vehicle. The first is a known or fixed reference system, re
track-
- C# 单击表示轨道占用，轨道占用时向车载计算机发码-C# click on that track occupancy, track occupancy when issued to the vehicle computer codes
Intelligent-vehicle-source
- 智能车源程序与智能车设计步骤以及智能车论文-Intelligent vehicle program and intelligent vehicle design steps and intelligent vehicle research
track-vehicle
- 关于巡线小车的论文，讲述了小车的循迹方法-about the agrilitom of the tracking vehicle
track-using-xiefagncha
- 这个程序是用matlab实现的车辆跟踪。用到的算法是协方差，包括梯度，rgb颜色，边缘，距离等多种元素。-This program is a vehicle tracking using matlab. The algorithm used is the covariance, including gradient, rgb color, the edge from the other elements.
GPS-vehicle-navigation
- 使用者在车载GPS导航系统上任意标注两点后，导航系统便会自动根据当前的位置，为车主设计最佳路线。另外，它还有修改功能，假如用户因为不小心错过路口，没有走车载GPS导航系统推荐的最佳线路，车辆位置偏离最佳线路轨迹200米以上，车载GPS导航系统会根据车辆所处的新位置，重新为用户设计一条回到主航线路线，或是为用户设计一条从性位置到终点的最佳线路。-After the user on any car GPS navigation system marked by two points, the nav
Opencv-program-to-keep-track-of-the-vehicles-lice
- Opencv program to keep track of the vehicle s license plate
track-issue
- 基于OpenCV用c++编程，实现图像处理、车辆跟踪-Based on OpenCV using c++ programming, image processing, vehicle tracking
opencv-lane-vehicle-track-master
- 实时车辆检测以及跟踪的代码。基于opencv-Project implements a basic realtime lane and vehicle tracking using OpenCV.
车桥耦合
- 可以计算车桥耦合动力响应，得到不同轨道不平顺下的动力响应(The dynamic response of vehicle bridge coupling can be calculated, and the dynamic responses under different track irregularities are obtained)
GPSDREKF
- 扩展Klman滤波在车辆GPS/DR组合定位系统信息融合中的应用，主要包括：产生车辆运行轨迹，GPS卫星单独定位导航，DR车辆航迹单独定位导航，GPS/DR通过扩展卡尔曼滤波进行多源数据融合实现的组合定位导航。产生的结果有车辆实际运动轨迹，车辆在GPS定位下的运动轨迹，车辆在DR定位下的运动轨迹，车辆在GPS/DR数据融合后组合定位轨迹，以及各种定位方式在北向和东向各自的误差图。(The extended Klman filter in vehicle GPS/DR integrated nav
opencv-lane-vehicle-track-master
- 根据opencv和VS2010可以配置出来，已经成功运行(It can be configured according to opencv and VS2010, and has been successfully run.)
车辆状态观测器
- 建立了车辆—轨道偶合动力学模型，使用Romberg观测器观测了轮对位移、轮对速度、车体速度等系统状态量。(The vehicle-track coupling dynamic model is established, and the wheel-set displacement, wheelset velocity, vehicle body velocity is observed by using Romberg observer.)