The research activities of the group are:
Design and optimization of large magnets for High Energy Physics and Medical Applications. Modeling, identification and design of Tokamak configuratione for Magnetic Confinement Controlled Nuclear Fusion. Non linear circuits and complex networks, synchronization and emerging dynamics. Electromagnetic compatibility, signal and power integrity for high speed circuits.
The main activities of CINTAL involve the research and development of new technologies in the field of Electrical and Computers Engineering. The research Team is involved in projects that are related with Underwater Communications, Computer Vision, Smart Systems, Internet of Things, Artificial Intelligence and Smart Grids, among others.
The Smart System Laboratory (SSLab) comprises three specialized units [https://smartsys.ualg.pt], namely:
Power electronics converters in renewable energy systems
Control systems with induction machines
Applications of artificial intelligence in control
- Time-harmonic and transient analysis of grounding systems,
- 3D computation of electric field strength and magnetic flux density of electric power lines and plants,
- Numerical computation of ground fault current distribution,
- Numerical computation of per-unit-length impedance of infinitely long conductors with ground return,
- Research in bioelectromagnetics - Study of interactions of biological material (cell, tissue, organism) with EM stimuli, which can be a side effect of technical systems in the human environment (e.g.