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Multi-Kinect scene reconstruction: Calibration and depth inconsistencies

机译:多Kinect场景重建:校准和深度不一致

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We investigated calibration procedures of multiple Kinect sensors simultaneously. Through standard calibration algorithms our multi-Kinect system is accurately registered. We propose and implemented a multi-Kinect system to seamlessly render a scene from a wide range of angles. Such a system is capable of real-time operation. We also investigated the problem of inconsistent depth measurement between different Kinect units, and arrived at the same conclusion as the state-of-the-art regarding the characteristics of depth measurement errors in the Kinect sensor. In order to compensate these errors for live acquisition and display of multi-Kinect systems, we introduced an offline ICP calibration of multiple Kinect data. Our experimental results provide a robust way to properly align multiple Kinect data.
机译:我们同时研究了多个Kinect传感器的校准程序。通过标准的校准算法,我们的Multi-Kinect系统得到了准确的注册。我们提出并实现了多Kinect系统,以从广泛的角度无缝渲染场景。这样的系统能够实时操作。我们还研究了不同Kinect单元之间的深度测量不一致的问题,并且就Kinect传感器中的深度测量误差的特性得出了与最新技术相同的结论。为了补偿这些错误,以便实时采集和显示多Kinect系统,我们引入了对多种Kinect数据的离线ICP校准。我们的实验结果为正确对齐多个Kinect数据提供了一种可靠的方法。

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