iToBoS presented in the course “Mastering Machine Learning Techniques: Application to Melanoma Detection”

1/06/2024.

Prof. Rafael Garcia from Universitat de Girona and coordinator of the iToBoS project has taught the “Mastering Machine Learning Techniques: Application to Melanoma Detection” course in Pisa between 27 and 31 May 2024.

"Meet iToBoS" worksop series: Ethical AI in iToBoS

31/05/2024.

On Friday 31st of May 2024, the MPNE hosted the latest instalment of the “Meet iToBoS” online workshop series.

Data acquisition and transmission to the main computer in the first scanner prototype

27/05/2024.

The process of data acquisition involves capturing dermoscopic images using the High-definition Imaging Module (HDIM).

World Melanoma Day: A call for skin cancer awareness and prevention

23/05/2024.

Every May 23, society comes together on World Melanoma Day, a date that seeks to raise awareness and promote concrete actions to combat this disease.

Final prototype: the vision system

21/05/2024.

The use of 8 dermoscopic modules allowed to explore the scanning of the full-patient body, acquired with the highest resolution requiring a short acquisition time.

iToBoS presented in the Scientific Cultural Calendar of the Spanish embassy in Switzerland and Liechtenstein

15/05/2024.

iToBoS is presented as a project for the creation of a diagnostic platform to help with the early detection of melanoma.

Retrieval Augmented Generation (RAG) systems

9/05/2024.

iToBoS representatives attended the event “Retrieval Augmented Generation (RAG) systems”, organized by Centre of Innovation for Data tech and Artificial Intelligence (CIDAI) online on May 8th, 2024.

3D registration methods with a featureless baseline and an unbiased benchmark

6/05/2024.

Recent 3D registration methods are mostly learning-based that either find correspondences in feature space and match them, or directly estimate the registration transformation from the given point cloud features.

First scanner prototype: the vision system

2/05/2024.

Initially, the system was engineered so that the first step is to map the patient in 3D from a collection of images acquired by the two cameras of the first group (Lucid Helios2+ and Lucid Triton).

From the first scanner prototype to the final prototype

25/04/2024.

The first prototype of iToBoS, conceived at the project’s initial stages was an innovative design that incorporated several arches.