文件名称:Design-and-Real-ization
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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 optimizat ion part
icle f ilter fr a mework, w hich combines mult iple cues in multiple cameras environment1 By def ining the 3D
body model, camera model and image likelihood model, w e can define the tracking object funct ion and resolve
it using opt imized part icle f ilter1 T he experiment s show that t racking and reconstructing result s made
by our system are accurate and effect ive1 This system can be applied to several areas such as sport ing mot ion
analysis and human animat ion1
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 optimizat ion part
icle f ilter fr a mework, w hich combines mult iple cues in multiple cameras environment1 By def ining the 3D
body model, camera model and image likelihood model, w e can define the tracking object funct ion and resolve
it using opt imized part icle f ilter1 T he experiment s show that t racking and reconstructing result s made
by our system are accurate and effect ive1 This system can be applied to several areas such as sport ing mot ion
analysis and human animat ion1
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Design and Real ization.pdf