An artificial intelligence system for automatic diagnosis using x-ray images

An artificial intelligence system for automatic diagnosis using x-ray images

Technology Description

Computer vision is a subfield of artificial intelligence that uses state of art deep learning architectures to predict features that may occur on images. In our case, we aim to learn anomalies, diseases and infections that are visible of medical images. Our initial dataset resonates from the dentistry domain. Here we aim to diagnose the problems that occur in oral radiology, with the vision spanning into all types of medical imaging eventually.

The system will accept an X-ray are an input, processes the image through a variety of different predictive models, and display the resulting diagnosis to the clinic doctor. Patients with severe cases will be marked and given propriety to treatment. The tool will be accessible as a secure cloud-based web application. 

Target Industries

  • Public health:  Making an impact on public health, includes deploying the solution in public hospitals and tertiary education facilities. We would like to research and set up social impact bond for returns.
  • Private research facilities as well as private (dental) practices.
  • Insurance companies could also find the anonymized data useful for research.

Unique Features/Benefits

Instantaneous diagnosis for over 40 anomalies, and many different infections and diseases.

The same technology can be used in other medical imaging domains, such as cardiology and MRIs, among others.

 

Innovation Status

Know how, Copyright

Principal Researchers

James Faure – Industrial Engineering Stellenbosch University

Dr Shoayeb Shaik – Dentistry

Professor Andries Engelbrecht – Artificial Intelligence and Engineering

Fund Requirements

Seeking funding for product  development and testing

Available for licensing

Yes

TTO

Madelein Kleyn
madeleink@sun.ac.za