This paper addresses the limitations of current datasets for 3D vision tasks
in terms of accuracy, size, realism, and suitable imaging modalities for
photometrically challenging objects. We propose a novel annotation and
acquisition pipeline that enhances existing 3D perception and 6D object pose
datasets. Our approach integrates robotic forward-kinematics, external infrared
trackers, and improved calibration and annotation procedures. We present a
multi-modal sensor rig, mounted on a robotic end-effector, and demonstrate how
it is integrated into the creation of highly accurate datasets. Additionally,
we introduce a freehand procedure for wider viewpoint coverage. Both approaches
yield high-quality 3D data with accurate object and camera pose annotations.
Our methods overcome the limitations of existing datasets and provide valuable
resources for 3D vision research.

本文介绍了一个用于增强现有的 3D 感知和 6D 物体姿态数据集的新注解和获取方法，通过机器人前向运动学、外部红外跟踪器和改进的校准和注解过程，提出了一个多模态传感器装置，据此创建了高精度的 3D 数据，有效克服了现有数据集的限制，并为 3D 视觉研究提供了宝贵的资源。