Exploiting two ambidextrous robotic arms for achieving cooperative tasks
Keywords:
multi-agent systems, delicate control, robotic manipulators, inverse kinematics, collision avoidanceAbstract
This paper is about designing two ambidextrous robotic arms to achieve tasks cooperatively. The design is concerned with offering a flexible and humanlike dual arm behavior to be used as a true production partner with humans in different industrial and medical applications. After introducing the kinematics of this design, a new switched two functionality controller will be used to guide the actuators with an efficient method for planning the movement. Also a new and efficient algorithm of collision avoidance will be used. Experiments and results are given using the task of the Russian Matryoshka doll assembling and disassembling, which can be generalized to do any other sophisticated tasks.References
l Akkad M. A. Robotics as an Efficient Tool in Education // Proceedings of 4th International Conference. - ISTU, 2010.
Ibrahim I. N., Al Akkad M. A. Inverse Kinematics Solution Improvement Using a Neural Fuzzy Logic Model // ISTU Vestnik. - 2014.
Pires N. Industrial Robots Programming: Building Applications for the Factories of the Future. - Springer, 2007.
Hamdan B., Kawatli A. Exploiting two ambidextrous Robotic arms for achieving cooperative tasks : dissertation / supervisor: M. A. Al Akkad. - Computer Engineering and Automation Dept., FMEE, Damascus University, 2010.
Craig J. Introduction to Robotics Mechanics and Control. - 3rd edition. - Prentice Hall, 2005.
LaValle S. Planning Algorithms. - Cambridge University Press, 2006.
Skaif T., Al Akkad M. A. Designing an ad hoc protocol for multi-agent systems : Master thesis / supervisor: M. A. Al Akkad. - Computer Engineering and Automation Dept., FMEE, Damascus University, 2011.
Al Akkad M. A. Delicate Control versus Robust Control. // ISTU Vestnik, 2013.
