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Students Design and Test Movement Algorithms for Mobile Robots

Modeling and simulation engineering students recently took a hands-on approach to one of their courses at Old Dominion University.

Under the supervision of Yiannis Papelis, course instructor and research professor at ODU's Virginia Modeling, Analysis and Simulation Center, students in the senior-level Design and Modeling of Autonomous Robotic Systems course were charged with developing a more sophisticated movement algorithm for a mobile robot - and then testing that program by having the robot use sensors to follow a particular route.

During an assessment session on March 21, the 10 students in the class spread out around the floor of the E.V. Williams Engineering and Computational Sciences Building lecture hall. They tested their wheeled robots on the course, which was laid out on the floor using high-contrast tape.

Studying the movements closely, sometimes even lying on the floor next to the robot, the students tested the algorithm they developed to see if it worked at the prototype level.

The mobile robots needed to perform three tasks: follow the loop of tape laid out on the floor; detect intersections and dead ends in the tape course; and search the road network until finding an object located at one of the dead ends. As an added challenge, students received extra credit if they demonstrated that their robot could learn the tape course and traverse it faster the second time around.

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