Fast and Automatic Object Pose Estimation for Range Images on the GPU

We present a pose estimation method for rigid objects from single range images. Using 3D models of the objects, many pose hypotheses are compared in a data-parallel version of the downhill simplex algorithm with an imagebased error function. The pose hypothesis with the lowest error value yields the pose estimation (location and orientation), which is refined using ICP. The algorithm is designed especially for implementation on the GPU. It is completely automatic, fast, robust to occlusion and cluttered scenes, and scales with the number of different object types. We apply the system to bin picking, and evaluate it on cluttered scenes. Comprehensive experiments on challenging synthetic and real-world data demonstrate the effectiveness of our method.

• Type: Journal
• Year: 2010
• Where: Machine Vision and Applications (MVA)
• Authors: In Kyu Park, Marcel Germann, Michael D. Breitenstein, and Hanspeter Pfister
• Keywords: MACHINE VISION AND APPLICATIONS (MVA) 2010, Object Pose Estimation · Bin Picking · Range Image Processing · General Purpose GPU Programming · Iterative Closest Point · Euclidean Distance Transform · Downhill Simplex · CUDA