July 27-28, 2004 San Jose McEnery Convention Center
For thirteen years, the Association for the Advancement of Artificial Intelligence has sponsored the Mobile Robot Competition. It is held in conjunction with the National Conference on AI (AAAI-04). Each year, the tasks are more difficult, and the capabilities of the competing autonomous robots are more sophisticated. Teams from 15 leading robotics research labs from universities, colleges and research laboratories compete and demonstrate state-of-the-art research in robotics and AI. (http://palantir.swarthmore.edu/aaai04/).
The Robot Competition will be held Tuesday and Wednesday, July 27-28, 10:00 am – 6:00 pm. This year there will be three events: the rescue robot competition, the robot challenge, and the open interaction task.
Rescue Robot Competition
This competition challenges robots in a simulated fallen structure to find human victims, and direct human rescuers to the victims. The event is being developed in close coordination with experienced rescue professionals and will use the highly challenging U.S. National Institute of Standards and Technology Standard Test Course for Urban Search and Rescue.
This event, first introduced to the competition three years ago, is designed to give entrants an opportunity to work in search and rescue operations – a domain that proved of critical importance shortly after the tragedy of 9-11 when teams that competed at that year’s event swiftly transported their robots to Ground Zero of the World Trade Center and offered assistance to the search efforts. (See the September 10, 2002 archived news release, “In the Aftermath of September 11: What Roboticists Learned from the Search and Rescue Efforts”)
The goal of the Robot Challenge is to work toward the development of an interactive social robot. Toward that end, the Challenge requires a robot to participate in the AAAI conference. Aspects of conference participation include: locating the conference registration desk, registering for the conference, performing volunteer duties, and presenting a talk (and answer questions) at a prescribed time and location. Additionally, the robot should socially interact with other conference participants.
Open Interaction Task
The goal of this event is to entertain people using robots. The hope is that this event will provide AI and robotics researchers a refreshing venue for demonstrating AI techniques in navigation, cognitive modeling, perception, emotional state modeling, and human-robot interaction. Entries in all shapes, sizes, and capabilities are welcome to enter.
The Robot Exhibition
The purpose of the Robot Exhibition is to give researchers an opportunity to present their latest robotics and embodied-AI research in a non-competitive environment. During the robot exhibition, a number of groundbreaking new designs have been demonstrated through the years, such as a stair-climbing wheelchair robot with human passenger aboard, and this past year a self-reconfiguring robot that could automatically change its shape to navigate in different modes. This year there will be six robots exhibited, including: a team of small Lego robots moving in formations based on recognized gestures sketched on PDA (University of Missouri-Columbia), a multi-purpose mobile service robot with ability to track people and interact with them using natural language (University of Notre Dame), ButlerBot (Stony Brook University), Social Robots (Human Emulation Robotics) human interaction system with a realistic human face, a failure-tolerant robotic software architecture (Washington University), and GRACE and GEORGE ( Carnegie Mellon University, Naval Research Lab, and Swarthmore College), two robots working together to provide concierge service for the conference.
Co-located with AAAI-04 is the National Conference on Education Robotics (NCER) and the Botball Competition designed to get students in middle school, high school and college involved in robotics. (www.botball.org)
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