Maxwell equations are solved numerically to take into account boundary conditions and complex materials. The FDTD and TLM techniques are used in combination with processing, optimisation and classification techniques such as neural networks.
Advanced multi-antenna techniques in modern broadband wireless communication systems, Advanced cooperative MIMO transmission and reception, distributed optimization techniques for wireless communications, context-based information for vehicular communications, software defined radio.
Development and measurement of antennas and other radio-communication devices in the 300Mhz-110GHz band. Measurements of ambient electromagnetic field, geomagnetic and electric field, ELF fields. Measurements of environmental radiation levels associated with telecommunication equipment.
This line of research focuses on the development of new network architectures and protocols, as well as on the creation of advanced telecommunication systems to improve communications between users. This work includes the development and implementation of our new services, technologies and network architectures centred on enhancing the quality of the final user’s experience.
Advanced methods for the capture, analysis and synthesis of acoustic signals, including musical and voice processes, acoustic simulation of rooms, 3D reproduction methods and intelligent monitoring of acoustic environments.
