At CESUST 2025, I had the opportunity to showcase iLINK’s cutting-edge research, highlighting our contributions and advancements within the EU-funded initiatives P2CODE, NERO, and COP-PILOT. The presentation focused on our technological developments and ongoing collaborations across the European innovation ecosystem.
In this work, we investigated whether a robot's ability to detect and rectify users' false beliefs improves trust and perceived social competence. This research was a collaboration with the University of Manchester.
In this work, we investigate whether the transparency of a robot’s behaviour is improved when human preferences on the actions the robot performs are taken into account during the learning process.
The lecture was attended by approximately 30 master's students and hosted by Professor Friederike Eyssel.
This research was a collaboration with Pompeu Fabra University, led by Professor Vladimir Estivill Castro.
In collaboration with Prof. Friederike Eyssel's team, we developed the first scale to measure the perceived transparency in human-robot interactions.
A study with 143 participants revealed that explanations significantly enhance transparency, though results varied when incorporating prior knowledge.
The workshop is held in collaboration with Georgia Institute of Technology, USA.
The study highlights how robots using inner speech significantly enhance transparency in their learning process.
In collaboration with Prof. Angelo Cangelosi's team, we investigated theory of mind and transparency in human-robot interaction.