6/02/2023.
The first Periodic Reporting corresponding to the period M1-M18 was submitted to the EC on November 24th, 2022 (M20) and it was officially approved on January 25th, 2023.
4/02/2023.
The World Cancer Day takes place every year on February 4. It aims to prevent millions of deaths each year by raising awareness and education about cancer, and pressing governments and individuals across the world to take action against the disease.
4/02/2023.
Iris Zalaudek, from the University of Trieste and member of iToBoS project, gave a lecture in a dedicated webinar entitled “The different pathways of melanoma”.
3/02/2023.
iToBoS project was present in the Integrated Systems Europe, an international exhibition dedicated to audio-visual and systems integration.
02/02/2023.
iToBoS project was presented at the SPIE Photonics West conference, an annual event that brings together researchers, scientists, and engineers from around the world who work on a wide range of photonics-related technologies and applications.
2/02/2023.
In this video we show why the researchers at Leibniz University Hannover use polarized light for imaging of the human skin. The cross-polarization filters specular reflections at the uppermost skin layer and enables the team to look deeper into the skin.
1/02/2023.
iToBoS project representatives attended the Barcelona Cybersecurity World Congress 2023 (BCC), where technology experts, executive and industry visionaries shared their experiences and knowledge of cybersecurity technologies and possibilities.
1/02/2023.
Each one of the iToBoS full-body scanners features 15 cameras that will take pictures of different regions of the patient’s body. To cover these regions with high resolution, the cameras will be distributed in 5 arches and will scan their region thanks to several motors.
29/01/2023.
iToBoS was presented at the Giornate di Therapia in Dermovenereolgia, XX Reunione.
27/01/2023.
The University of Girona has been developing an iToBoS scanner simulator to show how the scanning process works, both internally (what the underlying algorithms essentially do) and externally (movement of the bed and cameras).