Line-of-sight-based ToF camera's range image filtering for precise 3D scene reconstruction

V. K. Ghorpade, P. Checchin, L. Trassoudaine
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引用次数: 7

Abstract

A new method to filter jump edges in the range images produced from Time-of-Flight (ToF) camera is described, implemented and evaluated. SwissRanger camera like any other ToF camera have systematic and non-systematic errors. Systematic errors are predictable and can often be removed by calibration, whereas non-systematic are unpredictable and removed by applying filters. Jump edges are non-systematic errors which are seen as smooth often irregular sigmoid shape or curved transition between two surfaces. A new method which removes the jump edges has been proposed and compared with another method which is most cited and used. The comparison is based on the quality of filtered image, computation time for filtering and also its impact on registration of successive scans and reconstruction of the whole scene.
基于视距的ToF相机范围图像滤波,用于精确的3D场景重建
描述、实现并评价了一种滤波ToF相机测距图像中跳边的新方法。像其他ToF相机一样,SwissRanger相机也有系统和非系统错误。系统误差是可预测的,通常可以通过校准来消除,而非系统误差是不可预测的,可以通过应用滤波器来消除。跳边是非系统误差,在两个表面之间表现为平滑的、不规则的s形或弯曲的过渡。提出了一种去除跳边的新方法,并与另一种被引用和使用最多的方法进行了比较。对比是基于滤波图像的质量、滤波的计算时间以及对连续扫描配准和整个场景重建的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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