基于POCS的Omni-Vision超分辨率图像重建

Fan Zhang, Qi-dan Zhu
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引用次数: 9

摘要

这种反射式全向传感器被称为Omni-Vision,涉及图像捕获和自动解释,描绘了周围环境的360度全景全景。视场带可以很容易地转换为全景图像和常规透视图像。然而,它有一个固有的缺点,即全方位视觉的角度分辨率低于传统摄像机。本文提出了一种基于Omni-Vision的高分辨率全景变换图像重建方法,该方法采用凸集投影(POCS)算法对Omni-Vision旋转运动获得的连续图像进行融合。实验结果验证了该方法的有效性。
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Super-resolution image reconstruction for Omni-Vision based on POCS
The catadioptric omnidirectional sensor, called Omni-Vision, involving capture and automatic interpretation of images, depicts full horizontal panorama 360 degrees view of the surroundings. The field of view band can be easily transformed to a panoramic image and a converntional perspective image. However, it has an intrinsical disadvantage that the angular resolution Omni-Vision is lower than that of conventional video camera. In this paper, a super-resolution method for the Omni-Vision is proposed to reconstruct high resolution panoramic transformed images, in which consecutive images obtained by rotating motion of Omni-Vision are fused using the POCS (project on convex sets) algorithm. Experiment results are also provided to demonstrate the efficiency of the proposed method.
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