Artificial Intelligence

HAIS: Highways Automated-Inspection System

We designed amnd implemened a datalogger to screen the road using camera and vibrations sensors. The collected data is used to train deep leargning models for defect road inspection model for automated defect inspection using a combination of image processing and deep learning models.

Tooth-AI project

Smart dental diagnosis and treatment support.

CTIMS: Automated Defect Detection Framework Using Computed Tomography

We developed hybrid model for automated defect inspection using a combination of image processing and deep learning models.

Highways Automated Inspection System

Smart, automated and real-time road condition inspection.

Automated Smart Industrial Inspection

Automated smart industrial inspection software for X-ray CT images and 3D volumes.

Improving Hand Gesture Recognition

New Feature extraction method based on the Quantization-based position Weight Matrix (QuPWM) method designed explicitly for multiclass classification on biomedical signals.

Fight COVID-19

Investigate mathematical, statistical and data-driven models of the COVID-19 to understand factors promoting virus spread.

Smart Aquaculture

Implement a data-driven control for smart aquaculture. The proposed approach will take advantage of the recent developments in computer vision technology to assess and inspect fish behavior and feedback information on fish behavior

QuPWM: Feature extraction Method for MEG Epileptic Spike Detection

We developed a Feature extraction method, called QuPWM, for epileptic spikes detection in MEG signals. This method is based on combining the position weight matrix (PWM) method with digital quantization.

Quantum epileptic Spikes Detection

New Feature extraction method based on the Quantization-based Semi-Classical Signal Analysis designed explicitly for epileptic spikes using Magnetoencephalography (MEG) signals.