Research Presentation Session

RPS 1005 - Advances in AI

Lectures

1
RPS 1005 - A novel thick-to-thin-cut generation model for CT imaging

RPS 1005 - A novel thick-to-thin-cut generation model for CT imaging

06:57W. Chiu, Hong Kong / Hong Kong SAR China

2
RPS 1005 - Automated TICI scoring from 2D DSA images

RPS 1005 - Automated TICI scoring from 2D DSA images

05:00R. Su, Rotterdam / Netherlands

3
RPS 1005 - Deep scatter estimation (DSE) and correction for dual-source dual-energy CT

RPS 1005 - Deep scatter estimation (DSE) and correction for dual-source dual-energy CT

04:54J. Erath, Forchheim / Germany

4
RPS 1005 - Clinical use of artificial intelligence (AI) in radiology departments in the Netherlands: a survey

RPS 1005 - Clinical use of artificial intelligence (AI) in radiology departments in the Netherlands: a survey

04:48K. van Leeuwen, Nijmegen / Netherlands

5
RPS 1005 - Qualitative and quantitative comparison of image quality of upresolved simulated fast MR acquisitions and standard of care images

RPS 1005 - Qualitative and quantitative comparison of image quality of upresolved simulated fast MR acquisitions and standard of care images

08:31V. Venugopal, New Delhi / India

6
RPS 1005 - How to select and fine-tune an artificial intelligence (AI) service for practical application in radiology

RPS 1005 - How to select and fine-tune an artificial intelligence (AI) service for practical application in radiology

04:59A. Andreychenko, Moscow / Russia

7
RPS 1005 - Evaluation of artificial intelligence (AI)-based intelligent reader of medical srticles (IRMA) in radiology

RPS 1005 - Evaluation of artificial intelligence (AI)-based intelligent reader of medical srticles (IRMA) in radiology

04:32G. Bartal, Tel Aviv-Yafo / Israel

8
RPS 1005 - Effective integration of artificial intelligence (AI) services into PACS: radiologist requirements

RPS 1005 - Effective integration of artificial intelligence (AI) services into PACS: radiologist requirements

04:40K. Arzamasov, Moscow / Russia

9
RPS 1005 - Optimal timing for collateral assessment using CTP data

RPS 1005 - Optimal timing for collateral assessment using CTP data

04:24J. Su, Rotterdam / Netherlands

10
RPS 1005 - Enabling privacy-preserving training of deep learning models for radiological applications using federated learnings

RPS 1005 - Enabling privacy-preserving training of deep learning models for radiological applications using federated learnings

05:14K. Younis, Waukesha, WI / United States

PEP Subscription Required

This course is only accessible for ESR Premium Education Package subscribers.