In this section different MSc Thesis are offered.
Introduce the concept of feedback (feedback) and stability, along with some controllers design techniques based on technical specifications. The specifications are defined from the behavior in the time domain and the frequency domain of linear systems. Introduce students to the problems of system simulation with Matlab.
Introduce students to the principles of robotics with emphasis on intelligent robotics, particularly on the problems of autonomous robots and their implications in Telecommunication Engineering.
The most important concepts of the course are the behavior and cooperation, as well as information derived from them, in which communication and control are inseparable.
Introduces the students to the principles of collective and cooperative robotics, particularly the problems of autonomous machines and their implications for Telecommunication Engineering. The most important concepts of the course are behavior and cooperation, as well as the information derived for communication and control. It focuses on the local communication and distributed aspects, where the body of the robot becomes important to obtain a situated communication.
Introduce students to the principles of control systems and robotics from a brief idea of kinematics and dynamics.