. "With huge expansion of artificial intelligence and mobile robotics technologies into many industrial applications as well as day-to-day activities it is necessary to train students to understand and manage these technologies. The key of successful education is then to provide access to real data from nowadays sensors used in the area. The main goal of the SyRoTek system described in the paper is to afford students in basic and advanced courses in the field opportunity to control real robots with real sensors via web. Moreover, the system will be open to skilled public for test/verification purposes. The design SyRoTek system comprises a team of 12 tele-operated mobile robots acting in 24/7 maintance-free environment equipped with charging docks and reconfigurable system of obstacles, all being observable and accessible via Internet." . . "Vienna" . "Ko\u0161nar, Karel" . . . "Vienna" . "276626" . . . . "P(2C06005), Z(MSM6840770038)" . . . . "On a Mobile Robotics E-learning System" . "978-3-85206-178-8" . "6"^^ . . . . "P\u0159eu\u010Dil, Libor" . "On a Mobile Robotics E-learning System" . "Austrian Society for Cybernetics Studies" . "Faigl, Jan" . "RIV/68407700:21230/10:00168001!RIV11-MSM-21230___" . . "Proceedings of the Twentieth European Meeting on Cybernetics and Systems Research" . "On a Mobile Robotics E-learning System"@en . "Chudoba, Jan" . . . "5"^^ . "21230" . "With huge expansion of artificial intelligence and mobile robotics technologies into many industrial applications as well as day-to-day activities it is necessary to train students to understand and manage these technologies. The key of successful education is then to provide access to real data from nowadays sensors used in the area. The main goal of the SyRoTek system described in the paper is to afford students in basic and advanced courses in the field opportunity to control real robots with real sensors via web. Moreover, the system will be open to skilled public for test/verification purposes. The design SyRoTek system comprises a team of 12 tele-operated mobile robots acting in 24/7 maintance-free environment equipped with charging docks and reconfigurable system of obstacles, all being observable and accessible via Internet."@en . "On a Mobile Robotics E-learning System"@en . "5"^^ . . . "2010-04-06+02:00"^^ . "RIV/68407700:21230/10:00168001" . "e-learning; mobile robot; robot control; robot hardware; software architecture"@en . "[1FD42B6ADAAA]" . . . . . "Kulich, Miroslav" . . .