---
abstract: 'We introduce a novel learning method for 3D pose estimation from color images. While acquiring annotations for color images is a difficult task, our approach circumvents this problem by learning a mapping from paired color and depth images captured with an RGB-D camera. We jointly learn the pose from synthetic depth images that are easy to generate, and learn to align these synthetic depth images with the real depth images. We show our approach for the task of 3D hand pose estimation and 3D object pose estimation, both from color images only. Our method achieves performances comparable to state-of-the-art methods on popular benchmark datasets, without requiring any annotations for the color images.'
author:
- Mahdi Rad
- Markus Oberweger
- Vincent Lepetit
bibliography:
- 'short.bib'
- 'biblio.bib'
- 'vision.bib'
title: Domain Transfer for 3D Pose Estimation from Color Images without Manual Annotations
---

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#### Acknowledgement:

This work was supported by the Christian Doppler Laboratory for Semantic 3D Computer Vision, funded in part by Qualcomm Inc. We would like to thank Franziska Müller and Martin Sundermeyer for kindly providing additional evaluation results. Prof. V. Lepetit is a senior member of the *Institut Universitaire de France* (IUF).
