COMING SOON!!!
Videos from the 2003 American Controls Conference and the SURF Summer Competetions!

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DATEDESCRIPTIONDOWNLOAD
June 2003 RoboFlag Acc03 Posters, including an introduction and status description of the RoboFlag project at Cornell University RoboFlag ACC 2003 Posters
April 2003 This movie shows two attacking robots(red) doing a sweep of the border until a long range defender(blue) is found. Once found, one attacking robot swings out to draw the attention of the defender at the defender's attack boundary while the other moves in from behind to attack it (touch it) and then escape and head towards the flag. The long range defender can attack robots up to the yellow ring boundary and the white lines represent the direction the robots are facing. Cooperative Automated Attack of a Long Range Defender (Arbiter View)
Cooperative Automated Attack of a Long Range Defender (Cornell Testbed)
Mar. 2003 This movie shows a single human operator call for two robots to exicute an autonmous cooperative play in a well guarded area. The two blue robots maneuver to inflitrate the area that the two red opponent robots are guarding. One attacking robot acts as a decoy as the other waits for an opportunity to capture the flag. Arbiter View of Cooperative Automated Decoy & Attack Maneuver
Single "Human In the Loop" GUI View of the Cooperative Automated Decoy & Attack Maneuver
A single human operator takes direct control of the blue robots and attempts to infiltrate the same area manually Manual Control of an Attack attempt as viewed from the Arbiter
This movie shows the other half of the coopertaive move from above where one robot decoys to create an open path for the robot returning the flag. After the decoy maneuver is complete the decoy robot rendez-vous with the flagged robot in case there are any attackers chasing the flagged robot. Cooperative Automated Return Flag with Back Up Maneuver
Two attacking robots (red) now take on 6 blue robots that defend their border. The attackers successfuly capture and return the flag. Once the play is called the entire action is automated. Cooperative Automated Attack and Decoy Maneuvers (2 vs. 6)
Jan. 2003 An early demonstration of cooperative behaviour between vehicles with different abilties. A faster robot runs circles around a slower robot while both try to maintain similar rotational orientations. Early Cooperative Maneuver for Heterogenous Vehicles at the Cornell Testbed
Oct. 2002 An early Public Relations demo of a Two on Two Game Segment with two moving obstacles. Red is defending, Blue is attacking, Grey is the neutral obstacles As Seen From the GUI with Explanation
Matching Video of the Real Robots at the Cornell TextBed