top of page

Online programme

Abstract

Surveying the Landscape of OMF Radiology’s Future: Four Emerging Technologies of Promise 

Course Description

This presentation is designed to provide information, on four emerging: Artificial intelligence using convolutional neural networks, dedicated dental MRI (ddMRI), stationary intraoral tomosynthesis (sIOT) and second generation 2CBCT sources.

Artificial Intelligence

Attention will be given to the role of AI as an adjunctive technology for the interpretation of 2D and 3D images. The discussion will center on “How good is AI?” and “How much does AI help?” An update on the current state of AI as applied to 2D and 3D imaging will be offered.

DdMRI

DdMRI refers to systems developed exclusively for dental and maxillofacial purposes. Potential ddMRI applications will be presented along with the current state of ddMRI will with example images.

SIOT

SIOT is designed to overcome limitations in intraoral radiography using a novel multisource intraoral system based on CNT technology relatively free of metal artifacts and overlapping. SIOT technology will be addressed along with applications and examples.

Second Generation CBCT Sources

Work on a second generation CBCT x-ray source is underway using multiple CNT arrays and multispectral imaging. Potential improvements include, true HU, reduced metal artifacts and improved soft tissue contrast. Second generation CBCT source technology will be presented along with sample images.

 

Course Objectives

At the end of this course the participant should  be able to:

1. Discuss the advantages of AI as applied to 2D and 3D radiologic interpretation.

2.  List potential applications of ddMRI for the interpretation of dentoalveolar and maxillofacial disease and abnormalities.

3. Describe sIOT technology and potential improvements over conventional intraoral imaging.

4. List the technological changes in second generation CBCT x-ray sources and potential improvements over current CBCT systems

Presented by Donald Tyndall

bottom of page