Biomechanics Team

Analyzing movement and skeletal behavior and identifying diseases in this field simultaneously requires medical science and mechanics, and the existence of these two knowledges along with artificial intelligence tools to analyze various tests and medical images can be suitable solutions for identifying and treating diseases. provide skeletal features and increase the accuracy of the treatment process to an optimal level.

The goal of this team is to design and produce data banks along with software that provide the possibility of analyzing all kinds of images and experiments, and depending on the conditions of the problem and if needed, the main points or parts of the images in two-dimensional or They specify three dimensions and by calculating the dimensions and angles, they specify and level the diseases and show the treatment processes.

In these systems, besides having a basic level of biomechanics knowledge, a variety of deep convolutional neural networks are used, and the most important part of the work is to identify the challenge and provide a solution in the first step, and to select and optimize the appropriate network. It is in the second step.

Projects in progress:
-- Determining sensitive points of two-dimensional radiology images
-- Determination of bone points in 3D images
-- 3D rendering of bones and skeleton
-- Determining diseases based on motion pictures