Thesis supervised
The thesis entitled ”Real-Time Cloud-enabled Vehicular Platooning” by Rui Rafael was about enabling security in wireless communication through the real-time cloud. - Link to the published paper at ECRTS 2023
The thesis entitled ”5G-Enabled Autonomous Platooning on a Robotic Vehicle Testbed” by Joao Filipe Mateus Pereira was about a test-bed with 5G capabilities to emulate autonomous Platooning. - Link to the thesis in the university repository
The thesis entitled ”Towards an implementation of the IEEE 802.15.4 time-critical MAC extensions over a real-time OS” by Pedro Neto was about using free RTOS and TelosB to implement a time-critical MAC behaviour - Link to the thesis in the university repository
The thesis entitled ”Towards Wireless ADAS - Retrofitting IoT for Increased Safety” by Tiago Amaral Pinto is on instantiating a time-critical MAC behaviour to support a safety-critical Platooning. - Link to the thesis in the university repository
The thesis entitled ”Improvement of an Autonomous Vehicular Testbed: Vehicle Following via Image Processing” by Jose Pedro Santos was about using ZED cameras to enable platooning control.
The thesis entitled ”LIDAR Measurement and Following System" by Duarte Moreira was about using LIDARS to enable Platooning control - Paper published on WoWMoM based on this work
Lectures
I served as a lecturer specializing in communication switching techniques. My role involved teaching and guiding students on the principles and applications of this subject. I also developed course materials and conducted assessments to ensure a comprehensive understanding of the topic. - link to the course module
I handled the topic of Network Protocols for PhD students at FEUP, University of Porto, focusing on low-rate network protocols such as DSME, TSCH, and LLDN.
I handled the subject of Ubiquitous embedded networks for PhD students at FEUP, University of Porto, focusing on novel network protocols such as Visible light Communication - link to course module