Projects

Discover Mohammad Raziei’s range of projects, spanning technology, social initiatives, and more in one place.

A Search Engine

A Search Engine

Zarebin is an Iranian app aiming to improve user experience with web content and Persian searches. It offers intelligent answers and topic-specific search engines in various areas like music, video, shopping, and news. Zarebin interacts with other search engines and advocates for transparent regulations to protect users in the online space. The team comprises young and elite individuals from reputable universities, with a vision to facilitate access to web services for all Persian speakers. Their mission is to provide a unified platform of intelligent search engines for centralized access to Persian virtual information and services.

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liburlparser package

liburlparser package

liburlparser is a versatile URL parsing library offering high-performance domain extraction in C++ with seamless Python bindings. It features an intuitive interface across both languages, supports automatic updates to the public suffix list, and excels in speed, outperforming other libraries in benchmarks. Ideal for developers needing robust URL analysis in C++ and Python environments.

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MSc Thesis: Undersampled MRI image reconstruction

MSc Thesis: Undersampled MRI image reconstruction

Researchers at Sharif University, supervised by Vosoghi Vahdat, used innovative signal processing and deep learning techniques to achieve a 5 to 10-fold increase in MRI imaging speed while maintaining high image quality. Their work introduced the LMGNR criterion for superior image quality assessment, showcasing potential to significantly advance medical imaging technology and improve patient care. This groundbreaking approach positions Sharif University at the forefront of accelerating MRI speed through pioneering research in signal processing and deep learning.

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BSc Thesis: Reinforcement Learning based algorithms to control autonomous driving car

BSc Thesis: Reinforcement Learning based algorithms to control autonomous driving car

Developed as part of a BSc thesis, Gym-Prescan merges OpenAI Gym and PreScan for streamlined reinforcement learning in autonomous vehicles. Meanwhile, Prescan_Test, also a component of a BSc thesis, ensures rigorous validation within PreScan for robust autonomous vehicle algorithms.

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My Website

My Website

check some information about my website and the technologies that used in it

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