Advising
Graduate Students
- Ahmet Alptekin, Recent perspectives on artificial intelligence in education: Opportunities, ethical challenges and future directions, Master’s Project, 2025.
- Joseangel Ramos, Security Information and Event Management (SIEM): Elastic Stack, Master’s Project, 2025.
- Hamdan Aynazarov, Analysis of cultural bias in large language models, Master’s Project, 2025.
- Hemanthsatya Arvapalli, Image-based learning techniques for malware classification: A systematic review, Master’s Project, 2024.
- Melinda Vigh, Web attacks’ detection using deep and machine learning techniques, Master’s Project, 2024.
- Riya Bhutada, Leveraging large language models for cybersecurity multiple-choice questions, Master’s Project, 2024.
- Sadaf Naaz Farooqui, Malware clustering using machine learning techniques, Master’s Project, 2024.
- Jemin Miyani, Stock price prediction using machine and deep learning techniques, Master’s Project, 2024.
- Anne Ryan, Digital image forensics using deep learning, Master’s Project, 2023.
- Thomas Quinn, An assessment of the U.S. preparedness for foreign cybersecurity threats, Master’s Thesis, 2023.
- Dennis George, Transport layer security: History, benefits, and adoption rate, Master’s Project, 2023.
- George Medairy, Denial-of-service attack detection using machine learning techniques, Master’s Project, 2023.
- Maulik Patel, SSL certificate security and HTT/3 adoption rate, Master’s Project, 2023.
- Samiya Abid, Why is the world afraid of AI? Master’s Project, 2023.
- Ashle Samczynski, Malware analysis and classification using machine learning, Master’s Project, 2022.
- Anjum Zarfishan, Online procurement and bidding system, Master’s Project, 2022.
- Saif Alsukhni, Automotive digital forensics: Methodology and analysis, Master’s Project, 2022.
- Shubha Manapati, Fuzzy hashing and applications to cybersecurity and digital forensics, Master’s Project, 2022.
- Latha Saradha, Housing price prediction in New York City using machine learning, Master’s Project, 2019.
- Tasnim Holoubi, Constellation design and parallel implementation of the improved quadrature spatial modulation MIMO system, Master’s Thesis, Korea Tech, 2018-2020.
- Nishal Muchena, Single-RF to two-RF chains MIMO spatial modulation: systems, analysis and performance evaluation, Master’s Thesis, Korea Tech, 2018-2020.
- Sherif Murtala, Co-advised with Dr. Kang-Sun Choi, Ph.D., Korea Tech, 2018-2021.
- Ismail Holoubi, Social network analysis of refugees’ displacement, Master’s Thesis, Korea Tech, 2017-2019.
- Saetbyeul Lee, Improved spatial modulation techniques for MIMO systems, Master’s Thesis, Korea Tech, 2015-2017.
Undergraduate Students
- Hesam Sadeghian et al., Security analysis of cloud-hosted open DNS resolvers, 2023.
- Patrick Poinar, Adversarial attacks on deep convolutional neural networks-based malware classifiers, Honors Thesis, 2023.
- Vivek Sharma (high school student), Mit Patel, Azhar Habeeba, and Syed Misbah, Devise-edge interactions using IoT platforms and implementation,* **2022, co-advisor.
- Northeastern Illinois University Students: John Dueno, Andrew Hanigan, Joseph Bofani, Raihan Ahmed; Karlsruhe University of Education Students, Germany: Sabine Britner and Noah Huber, Cybersecurity awareness web platform, 2021, Link.
- Brian Prado, Kevin Baez, Deontae Allen, and Anne Ryan (graduate student), Python-based Simulated Cybersecurity Attacks using Virtualization, 2021, co-advised.
- Chrysi Papadaki and Beth Eicher, Applications of social network analysis to business, 2020-2021.
- Deontae Allen, Nicole Daffe, Andrew Hanigan, and Jerome Santos, IoT applications, 2020-2021.
- Vasyl Koval and Brian Prado, Creating networking and security labs using Python and virtual machines, 2020-2021.
- Muhtasem Zahra and Miguel Malonado-Villegas, Online music listening behavior, 2020-2021.
- Mohamed Jemmali, Cultural dynamism in the golden Islamic era: a social network analysis perspective, 2021.
- Eduardo Torres, Joshua Westgor, and Orlando Hernandez, Housing price prediction using machine learning techniques, 2020, co-advised.