Exactly capturing three dimensional (3D) motion i nf ormation of an object is an essential and important task in computer vision, and is also one of the most difficult problems. In this paper, a binocular vision s yst...Exactly capturing three dimensional (3D) motion i nf ormation of an object is an essential and important task in computer vision, and is also one of the most difficult problems. In this paper, a binocular vision s ystem and a method for determining 3D motion parameters of an object from binocu lar sequence images are introduced. The main steps include camera calibration, t he matching of motion and stereo images, 3D feature point correspondences and re solving the motion parameters. Finally, the experimental results of acquiring th e motion parameters of the objects with uniform velocity and acceleration in the straight line based on the real binocular sequence images by the mentioned meth od are presented.展开更多
为了在线感知汽车行驶前方道路,搭建车载双目视觉系统,从不同拍摄位置和角度获取多组标定板图像。利用传统标定方法,在MATLAB应用程序Stereo Camera Calibrator工具箱中对图像进行校准及合理性验证,最终得到左右两个相机需要标定的内参...为了在线感知汽车行驶前方道路,搭建车载双目视觉系统,从不同拍摄位置和角度获取多组标定板图像。利用传统标定方法,在MATLAB应用程序Stereo Camera Calibrator工具箱中对图像进行校准及合理性验证,最终得到左右两个相机需要标定的内参数和外参数。标定结果将为视觉系统在车辆环境感知方面的研究奠定基础。展开更多
文摘Exactly capturing three dimensional (3D) motion i nf ormation of an object is an essential and important task in computer vision, and is also one of the most difficult problems. In this paper, a binocular vision s ystem and a method for determining 3D motion parameters of an object from binocu lar sequence images are introduced. The main steps include camera calibration, t he matching of motion and stereo images, 3D feature point correspondences and re solving the motion parameters. Finally, the experimental results of acquiring th e motion parameters of the objects with uniform velocity and acceleration in the straight line based on the real binocular sequence images by the mentioned meth od are presented.
文摘为了在线感知汽车行驶前方道路,搭建车载双目视觉系统,从不同拍摄位置和角度获取多组标定板图像。利用传统标定方法,在MATLAB应用程序Stereo Camera Calibrator工具箱中对图像进行校准及合理性验证,最终得到左右两个相机需要标定的内参数和外参数。标定结果将为视觉系统在车辆环境感知方面的研究奠定基础。