1. Paper 'FractMorph: A Fractional Fourier-Based Multi-Domain Transformer for Deformable Image Registration' is under review.
2. Project 'Design and Implementation of a Software for Measurement of Brain Perfusion Using an Optimized Model' is in preparation.
3. Bachelor Thesis 'Global Structure-Aware Template-Based Deformation Model for 3D Cardiac Mesh Reconstruction for In-Silico Trials' is in progress.
Research Experience
1. Developed the NIAG perfusion software under the supervision of Dr. Oghabian, in collaboration with Dr. Mohammadi, Dr. Irandoost, and Dr. Zare, for quantitative analysis of brain perfusion MRI.
2. Enhanced the software's analytical pipeline, refined brain segmentation methods for complex tumor cases, improved preprocessing routines, and extended manual ROI handling and visualization modules.
3. Increased the quality and resolution of perfusion MRI images, ensured precise metric calculations, and implemented and debugged perfusion parameter calculations.
Education
B.Sc. in Computer Engineering from Shahid Beheshti University, Tehran, Iran
Background
Research interests include Machine Learning, Computer Vision, Medical Image Computing, and Computational Modeling. Seeking Master’s or PhD opportunities.
Miscellany
You can browse a categorized list of my open-source projects on my Github.