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An enhanced depth estimation system using RGB-D cameras and gyroscopes

机译:使用RGB-D相机和陀螺仪的增强型深度估算系统

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In this paper, we present an efficient method to accelerate the depth estimation for the RGB-D camera. Our approach can obtain more depth information and extend the measurement range in two steps. First, we estimate the depth of positions that are too far away and irrelevant to any objects or plans using the color camera and a gyroscope. To adapt to any situations and angels, we use a virtual plane that can be changed by the gyroscope. Second, our method extends the depth of unknown points to increase the measurement range that reconstructs the 3D model and makes it better than the original. Our work takes a new view of 3D reconstruction, and it can be used widely by people without any professional tools. The result shows that the proposed approach is more accurate and robust than the previous work in various environments.
机译:在本文中,我们提出了一种有效的方法来加速RGB-D相机的深度估计。我们的方法可以获取更多的深度信息,并分两步扩展测量范围。首先,我们使用彩色相机和陀螺仪估计太深且与任何对象或计划无关的位置深度。为了适应各种情况和天使,我们使用可以由陀螺仪更改的虚拟平面。其次,我们的方法扩展了未知点的深度,以扩大重建3D模型并使其优于原始模型的测量范围。我们的工作从3D重建的新角度出发,无需任何专业工具即可被人们广泛使用。结果表明,所提出的方法在各种环境下比以前的工作更加准确和健壮。

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