首页> 外文会议>Conference on Stereoscopic Displays and Virtual Reality Systems XI; 20040119-20040122; San Jose,CA; US >An improved stereovision scheme using one camera and a composite lens array
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An improved stereovision scheme using one camera and a composite lens array

机译:使用一个摄像机和复合透镜阵列的改进的立体视觉方案

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The stereovision scheme is a method to extract the three-dimensional information of the original object from two or more images of it. In the conventional scheme, more than two cameras are used to acquire numbers of images with different perspectives. As the numbers of cameras are increased, the complexity of the entire system is also increased and there can be many difficulties such as camera calibration and vibration in the conventional method. In this paper, an improved stereovision scheme using single camera and a composite lens array is proposed. In the proposed system, only one camera and a composite lens array is required and the complexity of the entire system is decreased. With the use of a composite lens array, it is possible to improve the performance of the system compared with the method using a conventional lens array. The proposed method is proven to be useful by simulation and experimental results.
机译:立体视觉方案是从原始对象的两个或多个图像中提取原始对象的三维信息的方法。在常规方案中,使用两个以上的摄像机来获取具有不同视角的多个图像。随着照相机数量的增加,整个系统的复杂性也增加了,并且在传统方法中可能存在许多困难,例如照相机校准和振动。本文提出了一种改进的单摄像头和复合透镜阵列的立体视觉方案。在提出的系统中,仅需要一个照相机和一个复合透镜阵列,并且降低了整个系统的复杂性。与使用常规透镜阵列的方法相比,通过使用复合透镜阵列,可以改善系统的性能。仿真和实验结果证明了该方法的有效性。

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