Habibur Rahman
I am currently pursuing a Master’s degree in System Engineering and Machine Learning at Gyeongsang National University, where I also serve as a Research Assistant at the Big Data Software Laboratory. My academic journey began with a Bachelor’s degree in Computer Science and Engineering from Daffodil International University (DIU). I am deeply engaged in research focused on Operating Systems and Solid State Drives, with a strong aspiration to become a System Engineer. My passion extends to exploring the intersections of quantum computing, machine learning, and their applications across various fields.
Research
My primary research centers around developing a comprehensive Solid State Drive (SSD) simulator
called Eshyana. The name is a meaningful combination of my niece's and daughter's names, Eshika and
Eyana. Eshyana aims to provide an advanced simulation environment for SSDs, offering detailed
insights into their internal operations, performance, and interaction with operating systems. By
focusing on SSD behavior at the system level, the simulator will enhance the understanding of
storage systems and their critical role in modern computing.
As part of my research, I am deeply engaged in exploring how SSDs interact with Operating Systems.
My work aims to bridge the gap between hardware and system-level software, providing valuable
insights into how file systems, memory management, and I/O scheduling can be optimized for SSD
performance. The ultimate goal is to enable more efficient and reliable storage solutions by
integrating SSD technologies more effectively with operating systems.
My research aligns with my aspiration to become a System Engineer. By working on Eshyana, I am
gaining in-depth knowledge of system design, storage architecture, and the operating system's role
in managing hardware resources. This hands-on experience is shaping my expertise in system-level
engineering, enabling me to contribute to the advancement of future storage solutions and system
architectures. My goal is to innovate in the field, focusing on optimizing hardware-software
integration.
News
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Abstracts selected as best papers by category
Sep 03, 2024
[★ The 31st Korean Peninsula Society of Chemistry] selected Eyana: The SSD Simulator as best abstract by category...Read more
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In Bangladesh, artificial intelligence technology will be recognized as 'COVID-19 | News | DeeptoNews
April 07, 2020
Young researcher MD Habibur Rahman has developed an AI tool, signifying a pivotal recognition of artificial intelligence technology as a valuable asset in combating COVID-19 in Bangladesh.Read more
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In just a few seconds, COVID-19 patients will be identified! | Ekattor TV
March 29, 2020
MD Habibur Rahman, a young researcher, unveils an AI innovation heralding a significant milestone in Bangladesh's fight against COVID-19, highlighting the pivotal role of artificial intelligence in pandemic managementRead more
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In Bangladesh, artificial intelligence technology will be recognized as 'COVID-19' | Somoy News
March 22, 2020
Developed in Bangladesh, a method of identifying the COVID-19 virus using artificial intelligence technology has been invented by a group of researchers from the Public Health Department of Daffodil International University and Cardiac General and Specialized Hospital.Read more
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Daffodil International University has developed a method for identifying COVID-19 using artificial intelligence. | The Daily Campus
March 22, 2020
Daffodil International University claims to have developed a new method for identifying COVID-19 using artificial intelligence technology. The assertion is made by researchers from the Public Health Department, Artificial Intelligence Unit, and a group of researchers from Cardiac General and Specialized Hospital.Read more
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Live talk show on Coronathon 2019
April 29, 2020
In a live talk show during Coronathon 2019, discussions centered around AI research and the unveiling of a project aimed at detecting COVID-19 using artificial intelligence.Read more