-
research grant aims to achieve the following objectives:; • Expand scientific and technical knowledge in real-time simulation, creating the conditions for the remote control of a real-time computational
-
++ and Python; - Availability for meetings and collaborative work; - Good understanding of concepts in robotics, control, and sensing. - Proven prior experience in robotics; - Proven knowledge of ROS1 and
-
infrastructure. More specifically, this research grant aims to achieve the following objectives:; • Expand scientific and technical knowledge in real-time simulation, creating the conditions for the remote control
-
and HMI software platforms.; Validate the developed interfaces, using as a reference case the remote training of grid operators in power system operation scenarios with high renewable energy penetration
-
.; • Validate the developed interfaces, using as a reference case the remote training of grid operators in power system operation scenarios with high renewable energy penetration, one of the services to be
-
on the application of coherent optical communication systems in submarine cables. The aim is to exploit the phase and polarization information of transmitted signals to enable distributed sensing along the cable
-
validate the tools identified and/or developed, using as a reference case the remote training of grid operators in operational scenarios for power networks with a high penetration of renewable energy—one
-
devices for sensing, fabricated by femtosecond laser direct writing. The fabrication process involves the direct writing of waveguides in different types of glasses or crystals, and its optimization