搜索资源列表
motion_detection_speed_estiamtion
- 利用matlab实现运动车辆的自动识别，并且可以提取车辆的轨迹、速度等信息。有详细的应用流程介绍。-Using matlab to achieve the automatic recognition of moving vehicles, and can extract the vehicle' s trajectory, speed and other information. Detailed process descr iption.
GPSDREKF
- 扩展Klman滤波在车辆GPS/DR组合定位系统的应用，matlab，带注释。-Extended Klman filter vehicle GPS/DR Integrated Positioning System application, Matlab.
Vehicle-Type-Recognition
- 一个用于识别客车、轿车、面包车等的车型识别的程序，用matlab编写，利用背景差分得到车辆区域，再做后续图像处理-A model identification procedures used to identify buses, cars, vans, etc., using matlab prepared using the context of the differential area of the vehicle, then a subsequent imag
qudongli
- 驱动力和制动力是车辆纵向力学特性中重要部分，本程序采用matlab，根据发动机的万有特性曲线和循环工况，绘制出车辆的驱动力和制动力随时间的关系-The driving force and braking force is an important part of the vehicle longitudinal mechanical properties, the program uses matlab, according to the universal characteristic cur
cheliangjiance
- 在matlab/simulink环境下开发的基于光流法的车辆检测器应用程序。-Vehicle detector applications based on optical flow method developed in the matlab/simulink environment.
mtspf_ga_GUI
- 多目标车辆路径算法matlab程序，号称是遗传算法，实际是启发式算法实现-Multi-objective vehicle routing algorithm matlab program, known as genetic algorithms, heuristic algorithm is actually
drive-sclutch
- MATLAB simulink 车辆模型，包含离合器，发动机，车体，可以实现简单的车辆运转-MATLAB simulink vehicle model, including the clutch, the engine, the body, the vehicle can achieve a simple operation
GPS_DR
- 这个是关于车辆GPS与DR组合导航滤波算法的Matlab源代码，对于最优估计和组合导航有较好参考价值-This is about the vehicle GPS and DR integrated navigation filtering algorithm Matlab source code for optimal estimation and navigation have better reference value
VRP
- 蚁群算法，2-opt，解决车辆路径问题（vrp）的matlab代码，修正了原始代码忽略初始节点下一节点cost的问题，但是对某些测试数据集存在车辆数大于或小于的标准问题。-Ant colony algorithm ,2-opt, vehicle routing problem (vrp) matlab code, amended the original code ignores the initial node next node cost problems, but for some tes
youguanchematlab3
- 华北油田公司某采油厂作业大队目前共有各式罐车7辆,当时这些车辆为了满足油田的生产及实用性的考虑,交由改装厂改装.由于罐体缺乏液位深度-液体体积换算表,导致使用过程中存在诸多不便.通过对罐体尺寸进行精确测量,设计积分计算方法和Matlab编程,制作出较为准确的数据.经过实际应用后表明,此计算方法准确可靠.建议标准和非标准椭圆罐体截面2种规则罐体形状的改装罐车应用该程序制作液位换算表,以便准确测量罐内液体体积.-Oil Production Plant of Huabei Oilfield Comp
guidaofenix
- 利用Matlab软件编写的轨道不平顺数据分析程序能够对轨检车测得的不平顺数据进行处理,得到功率谱密度分布函数.轨道不平顺分析程序包括轨道不平顺数据预处理、轨道不平顺谱分布函数计算以及根据实测的车体振动加速度,对轨道不平顺与车体振动加速度进行相干分析、提出对行车运行有不利影响的不平顺波长范围等.研究结果表明:车辆的动力特性与轨道不平顺有密切关系.高低不平顺对车体垂向振动影响显著,轨向不平顺对车体水平振动影响显著,水平不平顺对列车垂向、横向振动均有显著影响.-Matlab software writ
cheliangjiance
- 车辆检测 matlab代码，根据车辆高宽长度信息，提取车辆几何特征-Vehicle detection matlab code, according to the aspect of the vehicle length information extracted geometric characteristics of vehicles
vehicle-braking
- Matlab的车辆制动系统建模源代码,实例涵括面广，种类多，适用于初学者-The vehicle brake system modeling Matlab source code examples covers a wide range, variety, suitable for beginners
MATLAB_GUI-PARKING
- 停车场仿真，停车场中车辆的进出满足泊松分布，利用matlab GUI编程实现对车辆进入和离开停车场的模拟，动画实现，内附matlab源代码与具体的设计报告！-Parking simulation, and out of the parking lot of vehicles to meet the Poisson distribution, the use of matlab GUI programming for vehicles entering and leaving the parkin
MovingDetect
- Matlab的运动目标分割 车辆检测 平均建模背景差分-Matlab moving object segmentation of vehicle detection modeling background difference on average
Vehicle-Detection-and-tracking
- 视频中的车辆检测与追踪,光流算法。利用matlab实现-Vehicle Detection and tracking form video frame sequence(OpticalFlow)
Compensation-for-Sliding-Mode
- 机电传感器通常用于获取转子位置/速度的内置式永磁同步电机（ IPMSMs ）的高性能控制 车辆系统。然而，使用这些传感器中的增加的成本，尺寸，重量，布线复杂性并减少了IPMSM驱动系统的机械鲁棒性。这些问题连同 一些实用的要求，例如，调速范围广，极端 环境温度和不利的负载条件下，使传感器控制方案可取。本文提出了一种扩展的反电动势（ EMF ）为基础的滑模 转子位置观测器IPMSMs的无传感器矢量控制。 基于滤波器的特性，一个强大的补偿算法的开发，以改善滑动方式观测器（SMO）
a
- 一种基于帧差法的夜间车辆检测方法,基于matlab编码运用-A nighttime vehicle frame difference detection method based on
beijintiqujicheliangjianche
- 基于背景差分的视频背景提取，及车辆检测，基于matlab-Based on the background of the video background differential extraction, and vehicle detection
1
- 本人编写的matlab程序，采用混合高斯模型和改进的CV模型相结合的目标跟踪算法，能够准确的跟踪出车辆与行人-I prepared matlab procedures, target tracking algorithm using Gaussian mixture model and improved CV model combining the ability to accurately track the vehicle and pedestrian