Medical imaging is crucial for assessing, diagnosing, monitoring, and treating physiological and pathological systems. The dawn of digital medical imaging opened the door for the opportunity of developing computer-aided-diagnosis and innovative intelligent systems on a multi-scale level. p>
Our research group has a firm foundation on traditional image processing techniques which has been built upon with the addition of innovative intelligent systems. Our expertise covers numerous imaging modalities with a solid basis on multi-scale levels, ranging from the single cell level up to the whole organ level, as can be seen here.
Dermatological image analysis

Digital pathology image analysis

Fluorescence microscopy image analysis

Identification of Active Bone Marrow from CT images

Multi-modal CT/PET analysis for neuroendocrine tumors

Muscle synergy assessment during cyclic and non-cyclic movements

Non-invasive vascular quantification using ultrasound imaging and biomedical optical imaging

Radio-pathomics for personalized chemotherapy treatment

Radiomics and AI for CAD Systems development

Synthetic image generation using Generative Adversarial Networks (GANs)

The impact of ultrasound beamforming techniques on image processing algorithms

Ultrasound B-mode image segmentation and radiomics

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NEWS
- Bando di Concorso per l’ammissione al Corso di Dottorato di Ricerca Nazionale in Intelligenza Artificiale – Area Industria 4.0 July 1, 2022
- Stage Biomedical Engineer – Vernay Italia srl May 30, 2022
- Scuola di Biofotonica ed Intelligenza Artificiale May 13, 2022
- SUMMER SCHOOL OF NEUROENGINEERING: Artificial and augmented sensing for humans and humanoids – Genova 18-22 July Genova May 5, 2022
- The J. Carlo De Luca Award 2022 March 11, 2022