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On shape and motion recovery from underwater imagery for 3D mapping and motion-based video compression

机译:从水下图像进行形状和运动恢复以进行3D映射和基于运动的视频压缩

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The authors discuss the problems of 3D motion and shape recovery from underwater images. They exploit radiometric and geometric cues in extracting various information for the construction of high-resolution elevation maps, and for efficient compression and accurate reconstruction of video imagery. They demonstrate selected significant issues in the analysis and interpretation of underwater imagery, including some that are currently investigated based on more general physics-based image models. They present results from experiment with images of underwater scenes.
机译:作者讨论了从水下图像进行3D运动和形状恢复的问题。他们利用放射学和几何学线索来提取各种信息,以构建高分辨率高程图,以及有效压缩和准确重建视频图像。他们演示了在水下图像的分析和解释中选择的重要问题,包括一些目前正在基于更一般的基于物理的图像模型进行研究的问题。他们展示了水下场景图像的实验结果。

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