Sofia Isabel Inácio
Projects
TORIS
This project aims at using printed electronics to develop reconfigurable antennas. The planned activities involve the design and simulation of microwave antenna arrays, the high-frequency characterisation of reconfigurable devices and antennas, and the integration and characterisation of prototypes. A digital control system based on FPGA (Field Programmable Gate Array) will be integrated with the array of antennas, thus facilitating experimental validation. Such antennas could potentially be applied to the sixth generation of mobile communications (6G), providing better mobile coverage inside buildings, but also play a vital role in 3D detection of human presence in the healthcare, automotive or manufacturing sectors.
SuperIoT
Publications
Analysis of J-Pole Antenna Configurations for Underwater Communications
Aboderin, O;Inacio, SI;Santos, HM;Pereira, MR;Pessoa, LM;Salgado, HM;
2016
OCEANS 2016 MTS/IEEE MONTEREY
Dipole Antenna for Underwater Radio Communications
Inacio, SI;Pereira, MR;Santos, HM;Pessoa, LM;Teixeira, FB;Lopes, MJ;Aboderin, O;Salgado, HM;
2016
2016 IEEE THIRD UNDERWATER COMMUNICATIONS AND NETWORKING CONFERENCE (UCOMMS)
Antenna Design for Underwater Radio Communications
Inacio, SI;Pereira, MR;Santos, HM;Pessoa, LM;Teixeira, FB;Lopes, MJ;Aboderin, O;Salgado, HM;
2016
OCEANS 2016 - SHANGHAI
Supervised theses
Fabrication of opticals Ensing devices by 3D laser micromachining
Carlos Duarte Rodrigues Viveiros
M - 2024
UP-FCUP