News

Requests for bachelor and master theses are welcome at any time. We have built an environment with two levels connected by a spiral staircase for our humanoid robot and have a lot of interesting work to do.

January 2012 - Winfried Kretschmann, the prime minister of the State Baden-Württemberg, visited our Faculty. We gave a demonstration of our stair climbing robot, which he seemed to like. Have a look at the articles in the Badische Zeitung and Bild.

January 2012 - Our two papers were accepted for publication at ICRA 2012.

January 2012 - Armin Hornung's tutorial about ROS for Humanoid Robots was accepted at ROSCon 2012.

December 2011 - Merry Christmas! This video shows our Nao playing Gingle Bells on a xylophone.

December 2011 - Our new Nao-H25 v4 arrived! This video shows its first steps...

November 2011 - Tobias Domhan joins the lab as part-time assistant (Hiwi).

October 2011 - We released an update of our footstep planner in the ROS humanoid_navigation stack. The planner is now much faster and builds on SBPL. In addition to the previous D* Lite implementation, this now enables anytime (re-)planning, e.g., with ARA* or AD*.

October 2011 - We will give an invited presentation about our work on humnaoid navigation at the Humamoids 2011 workshop on Humanoid service robot navigation in crowded and dynamic environments, October 26th, 2011 Bled, Slovenia.

September 2011 - Our Nao was in CBSNEWS Creepy but cool: robots that climb stairs, fly and fight like Jedis (start at 1'30 min). Here is the link to a local copy of the video.

September 2011 - We will present our stair-climbing Nao at the IROS 2011 demonstration session, September 27-29, in San Francisco.

August 2011 - We moved to new office space in building 074! Students are welcome to visit the lab at any time. In case the outer doors are closed, just call 97951, 97950, or 97949 from the main entry, which is at the end of the parking lot.

July 2011 - This video shows our Nao humanoid imitating whole-body motions of humans almost in real time!

March 2011 - Our Nao autonomously climbs up spiral staircases! Check this video.

March 2011 - Armin Hornung and Kai Wurm released the stable version 1.0 of the octree-based mapping library OctoMap. A new version of the octomap_mapping stack for ROS is also available.

February 2011 - We developed an approach to efficient, optimal footstep planning for humanoid robots. We formulate the problem of footstep planning so that it can be solved with the incremental heuristic search method D* Lite. See this webpage for further details. Our D* Lite algorithm for footstep planning is available as open source implementation as part of the Robot Operating System (ROS).

December 2010 - Johannes Garimort joins the lab as part-time assistant (Hiwi).

November 2010 - Armin Hornung and Kai Wurm released a new version of the OctoMap library, which is an efficient, compact 3D map representation. In this improved version, map building and queries on the map are carried out significantly faster. It is also available as package for ROS.

November 2010 - Our SFB/TR8 Spatial Cognition will be funded for another four years by the DFG.

November 2010 - Daniel Maier joins the lab as Ph.D. student.

October 2010 - Jonas Koenemann joins the lab as part-time assistant (Hiwi).

June 2010 - We developed a 6D localization system for humanoid robots. It is based on 2D laser data in a given 3D model of the environment and yields highly accurate estimates even in complex indoor environments. Here is a video with simulation and real robot experiments. The laser head for the Nao humanoid was developeed by Aldebaran Robotics in cooperation with our lab.

May 2010 - Our Nao robot is able to imitate human motions (Jonas Koenemann's bachelor's thesis). Video coming soon!

April 2010 - Our article "Efficient Vision-based Navigation - Learning about the Influence of Motion Blur" has been accepted for publication in the Autonomous Robots journal.

March 2010 - Armin Hornung provides drivers and software to integrate the Nao robot into ROS, which is a free and open source robot operating system developed by Willow Garage.

March 2010 - We published a video showing our laser-equipped Nao robot climbing up a staircase with steps of 7cm height!

January 2010 - Daniel Maier and Stefan Oßwald join the lab as part-time assistants (Hiwis).

October 2009 - Armin Hornung receives the VDI-Förderpreis 2009 for his thesis on "Learning Policies for Reliable Mobile Robot Localization"!

September 2009 - Our proposal "Humanoid Robot Navigation in Complex Indoor Environments" has been accepted! Now, we are part of the SFB/TR8 Spatial Cognition. For our research, we will use the laser-equipped Nao developeed by Aldebaran Robotics in cooperation with our lab.

August 2009 - Our Nao robot is able to climb stairs with a height of 7cm! See these pictures: 1, 2, 3, and 4.

June 2009 - Our Nao robot met the German minster for education and science, Mrs. Annette Schavan, during her visit at the Faculty of Engineering. Here ist a picture of the event.

March 2009 - Our Nao robot from Aldebaran Robotics has just arrived!

March 2009 - We will give an invited presentation about our work on "Learning Efficient Policies for Vision-based Navigation" at the ICRA'09 Workshop Visual Mapping and Navigation in Outdoor Environments.

March 2009 - Attila Görög joins the lab as part-time assistant (Hiwi).

February 2009 - Armin Hornung joins the lab as Ph.D. student.

October 2008 - Christian Plagemann designed our new logo.

October 2008 - The lab has been founded.

The Humanoid Robots Laboratory

The Humanoid Robots Laboratory is a new lab founded in October 2008 at the University of Freiburg, Department of Computer Science.

The lab is headed by :

Prof. Dr. Maren Bennewitz (Assistant Professor / Juniorprofessorin)
Department of Computer Science
Albert-Ludwigs-University
Georges-Koehler-Allee 79
D-79110 Freiburg, Germany

Building 079, Room 1020

Tel. +49 (0) 761 203-8025
Fax +49 (0) 761 203-8007

E-Mail

Research Focus

Recently, humanoid robots have been enjoying great popularity and are now used as a research tool in many groups worldwide. These types of robots possess human-like actuators and sensors that allow them to act in environments designed for humans. One of the motivation behind the research area of humanoid robotics is to develop robots that are able to coexist with humans and interact with them in a natural way.

Our research group concentrates on autonomy and interaction concepts of humanoid robots. Currently, we are especially interested in humanoid robots acting in complex indoor environments, which contain different rooms as well as multiple levels connected by steps and staircases. In addition to technological advances in the area of humanoid robotics, we seek to understand the social and emotional aspects that this type of embodiment of robotic technology encompasses.

In all our research activities, we focus on adaptive, learning robots. We believe that key techniques to develop such agents are probabilistic approaches that allow for dealing with uncertainty as well as methods from machine learning.