Short Bio

My research focuses on Artificial Intelligence, Computer Vision, and Deep Learning, with applications spanning manuscript studies, cultural heritage preservation, biometrics, agriculture, and healthcare. I am passionate about developing innovative AI solutions that bridge cutting-edge technology with real-world applications across diverse domains.
With a Ph.D. in Computer Vision from Graz University of Technology, Austria, and several years research experience including postdoctoral work and faculty positions, I have contributed publications to the field. My work has been recognized through multiple prestigious awards, including the KUWI Prize, Marshall Plan Scholarship, and awards from the Iranian National Elite Foundation.

Research Highlights

Computer Vision & Deep Learning

Advanced research in CNNs, GANs, LDMs, VLMs, contrastive learning, and diffusion models for object recognition and pattern analysis.

Manuscript Studies & Digital Humanities

Pioneering AI applications for revealing palimpsests, character localization, and handwriting analysis in historical manuscripts.

AI Applications

Developing intelligent systems for biometrics, agriculture, healthcare, and robotics with real-world impact.

Featured Projects

Current 2025

Generative AI for Revealing Palimpsests

Developing advanced AI techniques to reveal undertexts in palimpsests, producing reconstructions that are contextually clearer and more readable than original MSI images. This groundbreaking work significantly enhances document preservation and content recovery. more

Generative AI Image Inpainting Digital Humanities
Completed 2016

Pars Shelf-Reader Robot

Invented and developed an intelligent librarian robot using computer vision for shelf-reading and library resource maintenance. The Pars robot detects, recognizes, and interprets books with intelligent navigation to identify and report misplaced resources.

Robotics Computer Vision Patent
Completed 2022

AI for Agriculture

Developed a comprehensive end-to-end intelligent system for pistachio processing using computer vision and deep learning. The system accurately detects and classifies pistachios based on type, size, color, and quality, optimizing agricultural processing precision.

Deep Learning Agriculture Quality Control
Completed 2018

Historical Images/Videos Colorization

Proposed cutting-edge deep learning algorithms for colorizing historical grayscale images and videos. Using advanced restoration techniques, we achieved vivid colorization that breathes new life into historical visual data.

GANs Image Processing Cultural Heritage

Selected Publications

10 Selected Journal Papers (List of all papers in publication page)

Key Achievements

50+
Scientific Publications
2
National Patents
3
Books & Chapters
5+
Major Research Projects

Selected Awards & Recognitions
  • Principal Investigator at University of Hamburg (2023-Present)
  • KUWI Prize, Graz University of Technology, Austria (2015)
  • Marshall Plan Scholarship, University of Massachusetts, USA (2015)
  • Chamran Prize, Iranian National Elite Foundation (2017)
  • Kazemi-Ashtiani Prize, Iranian National Elite Foundation (2019)
  • Associated Editor for Int. J. Pattern Recognition and Artificial Intelligence (IJPRAI)
  • Associated Editor for Journal of Universal Computer Science (J.UCS)