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chafen
- 运动检测的目的是从序列图像中将变化区域提取出来。运动区域的有效分割对于目标分 类、跟踪和行为理解等后期处理非常重要，因为后期处理过程仅仅考虑图像中对应于运动区 域的像素。然而，由于背景图像的动态变化，如天气、光照、影子及混乱干扰等的影响，使 得运动检测成为一项相当困难的工作。-The purpose of motion detection from image sequence changes in the region will be extracted. Sports region segm
camera-motion
- program soruce code for the eye tracking system.
90323119
- This thesis aimed to eliminate tracking error of traveling a circular profile on the CNC machine tools. Friction is one of the most significant source of nonlinear disturbance for the motion control which caused by the relative motion of differ
wittenhagen2008a
- 《DragonEye Fast Object Tracking and Camera Motion Estimation》DragonEye是一个基于目标直接浏览的视频播放系统。比Dimp和Dragon来说具有实时性-Recently, multiple research groups proposed the concept of direct manipulation, which makes the task of navigation in videos directly rel
Combining-face-detection-and-people-tracking-in-v
- Face detection algorithms are widely used in computer vision as they provide fast and reliable results depending on the application domain. A multi view approach is here presented to detect frontal and profile pose of people face using Histogram of
Multiple-Pedestrian-Tracking-using-Colour-and-Mot
- This paper presents a method that combines colour and motion information to track pedestrians in video sequences captured by a fixed camera. Pedestrians are firstly detected using the human detector proposed by Dalal and Triggs which involves com
Design-Implementation
- Design, Implementation, and Experimental Results of a Quaternion-Based Kalman Filter for Human Body Motion Tracking
b
- 本论文是关于视频运动人体目标跟踪方法与性能评估-This paper is on the human target of video motion tracking method and performance assessment
vedio-motion-detetion
- 这个文献涉及了跟踪和以下的单一对象在个的帧序列和对象的速度决定 -This document relates to tracking and following the single object in a frame sequence and object speed decision
Tracking-and-classifying-moving-objects-from-vide
- This IEEE paper helps for tracking and classification of motion detection.
Motion-and-Feature-Based-Person-Tracking
- This document will help to track the object based on motion and features.
UKF
- 本文 重 点 研究单目标跟踪中的三方面主要内容:一、非线性滤波 二、目标运动建模 三、各种探测条件下目标跟踪仿真实验。-This paper focuses on single target tracking in three areas: a nonlinear filtering , target motion modeling Third, a variety of detection under the conditions of the target tracking si
Design-and-Real-ization
- 在优化粒子滤波跟踪框架下, 设计并实现了一个结合多种图像特征、在多摄像机环境下跟踪人体运动的三 维人体运动跟踪系统1 通过定义三维人体模型、摄像机模型以及观测似然模型, 得到跟踪所需目标函数, 并使用优化 粒子滤波算法进行求解1 实验结果表明, 该系统能够对人体运动进行准确的跟踪和三维重建, 可应用于体育运动分 析和动画制作等领域1-A v ideo-based 3D human body motion t racking system is developed under the
optical-flow-method
- 本资源是一些光流法相关资料的整合，适合初学光流法的学者们借鉴学习！ 智能交通系统运动车辆的光流法检测.caj 基于改进的Lucas_Kanade光流估算模型的运动目标检测.caj 改进的光流法用于车辆识别与跟踪.caj -The resources are some of the optical flow information integration, optical flow method suitable for beginners to learn fr
Visual-saliency--tracking
- 针对突变运动下的目标跟踪问题，提出一种基于视觉显著性的粒子滤波跟踪算法． 该算 法将基于视觉注意机制的视觉显著图引入粒子滤波框架中，根据视觉显著图的显著性区域，按 胜者为王和返回抑制机制进行目标检测-Aimingat solvingthetrackingproblemsunder thecircumstancesof abrupt motion，aparticlefilter trackerisproposedbasedonvisual saliencymodel． Thistracke
movingtargetdetectionandtracking
- 在道路交通管理中，为了获得车辆的运动数据，早期经常采用的是感应线圈等硬件测量的方法。而如果采用摄像头拍摄的道路视频，再用计算机软件处理的方法，则可以极大的增加方便性和灵活性。本文运动目标检测与跟踪研究如何让计算机从视频图像序列中获得物体运动数据。-Traffic management in order to obtain motion data of the vehicle, is a method often used early induction coil measurement hard
icra07_final_submission_flickinger-(1)
- Remote Low Frequency State Feedback Kinematic Motion Control for Mobile Robot Trajectory Tracking
Releasehelpgood
- Introduction: The goal of the HumanEva dataset is to develop new techniques, technology, and algorithms for the automatic articulated pose estimation and tracking of humans. Brown University is involved in an ongoing effort to develop this datase
Matlab
- 卡尔曼滤波器是一个对动态系统的状态序列进行线性最小误差估计的算法，一般用于线性系统。一般在运动跟踪领域中摄像机相对于目标物体运动有时属于非线性系统，但由于在一般运动跟踪问题中图像采集时间间隔较短，可近似将单位时间内目标在图像中的运动看作匀速运动，采用卡尔曼滤波器可以实现对目标运动参数的估计。-Kalman filter is a state sequence of linear dynamic systems smallest error estimation algorithm for lin
Intelligent-Vehicular-Visual-
- 基于特征的视觉里程计系统主要由特征检测与跟踪模块以及位姿计算模块两部分组成.为分析车载视觉里程计系统中引入车辆运动学约束的位姿计算算法性能,根据摄像机成像及视觉几何学原理,采用Matlab结合车辆动力学仿真软件CarSim建立车载视觉里程计仿真平台.该仿真平台由车辆运动仿真模块、成像仿真模块、数据显示与分析模块组成,仿真平台的测试对象为视觉里程计的位姿估计算法模块.该仿真平台充分考虑车载视觉定位系统的运动特性,为研究车辆运动学约束在视觉里程计系统中的应用提供新的思路和工具.对提出的一种全新的基于