Research Presentation Sessions: Artificial Intelligence & Machine Learning & Imaging Informatics

RPS 1305 - Opportunistic screening and body composition analysis using AI

Lectures

1
Aortic aneurysm volume and maximum diameter measurements per segment: full automation by artificial intelligence (AI)

Aortic aneurysm volume and maximum diameter measurements per segment: full automation by artificial intelligence (AI)

07:00Arshid A. Azarine, Paris / FR

2
Deep learning for L3 body composition in paediatric CTs: a feasibility study

Deep learning for L3 body composition in paediatric CTs: a feasibility study

07:00Riccardo De Angelis, Brussels / BE

3
Automated deep learning-based segmentation of abdominal adipose tissue on whole-body MRI in a population-based study of adolescents

Automated deep learning-based segmentation of abdominal adipose tissue on whole-body MRI in a population-based study of adolescents

07:00Tong Wu, Rotterdam / NL

4
MRI-based artificial intelligence (AI) for abdominal adipose tissue segmentation: a meta-analysis

MRI-based artificial intelligence (AI) for abdominal adipose tissue segmentation: a meta-analysis

07:00Nikola Andjelic, Sremska Kamenica / RS

5
Abdominal adipose tissue segmentation and fat percentage calculation by using dual-neural network model

Abdominal adipose tissue segmentation and fat percentage calculation by using dual-neural network model

07:00Binbin Wen, Shenzhen / CN

6
Concordance between artificial intelligence (AI) computed tomography-based and bioimpedance-based analysis of body composition in a prospective study

Concordance between artificial intelligence (AI) computed tomography-based and bioimpedance-based analysis of body composition in a prospective study

07:00Uli Fehrenbach, Berlin / DE

7
Automatically derived CT-based body composition biomarkers correlate with overall survival in non-metastatic and metastatic non-small cell lung cancer patients

Automatically derived CT-based body composition biomarkers correlate with overall survival in non-metastatic and metastatic non-small cell lung cancer patients

07:00René Hosch, Essen / DE

8
AI-based quantification of muscle volume in CT: an evaluation of different field of view

AI-based quantification of muscle volume in CT: an evaluation of different field of view

07:00Pablo Borrelli, Göteborg / SE

9
Application of AI-software on CT-images for the evaluation of sarcopenia in patients with genitourinary tumours

Application of AI-software on CT-images for the evaluation of sarcopenia in patients with genitourinary tumours

07:00Antonella Borrelli, Rome / IT

10
Moderation

Moderation

00:00Otso Arponen, Tampere / FI

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