Mohamed K. M. Fadul

Publication Activity (10 Years)

Years Active: 2019-2024
Publications (10 Years): 20

Top Topics

Radio Frequency

Rayleigh Fading

Top Venues

IEEE Trans. Inf. Forensics Secur.

Publications

Mohamed K. M. Fadul, Donald R. Reising, Lakmali P. Weerasena, T. Daniel Loveless, Mina Sartipi, Joshua H. Tyler
Improving RF-DNA Fingerprinting Performance in an Indoor Multipath Environment Using Semi-Supervised Learning. IEEE Trans. Inf. Forensics Secur. 19 (2024)
Mohamed A. Taha, Mohamed K. M. Fadul, Joshua H. Tyler, Donald R. Reising, T. Daniel Loveless
Enhancing internet of things security using entropy-informed RF-DNA fingerprint learning from Gabor-based images. EURASIP J. Inf. Secur. 2024 (1) (2024)
Joshua H. Tyler, Donald R. Reising, Mohamed K. M. Fadul, Mina Sartipi
Assessing Time Offset and Classifier Impacts on Preamble-based Cross-Collection SEI. CCNC (2024)
Mohamed K. M. Fadul, Donald R. Reising
Enhanced Communications Security via End-to-End Deep Adversarial Learning-driven Encoding. MeditCom (2024)
Mohamed K. M. Fadul, Donald R. Reising, Lakmali P. Weerasena, T. Daniel Loveless, Mina Sartipi
Improving RF-DNA Fingerprinting Performance in an Indoor Multipath Environment Using Semi-Supervised Learning. CoRR (2023)
Joshua H. Tyler, Mohamed K. M. Fadul, Donald R. Reising
Considerations, Advances, and Challenges Associated with the Use of Specific Emitter Identification in the Security of Internet of Things Deployments: A Survey. Inf. 14 (9) (2023)
Awab A. H. Mohammed, Mohamed A. Taha, Joshua H. Tyler, Mohamed K. M. Fadul, Donald R. Reising, T. Daniel Loveless
CNN-based Emitter ID-Verification and Rogue Emitter Rejection for IoT Networks using Entropy-Informed RF-DNA Fingerprints. MILCOM (2023)
Joshua H. Tyler, Donald R. Reising, Mohamed K. M. Fadul, Mina Sartipi
Protecting Legitimate SEI Security Approaches from Phase-Based Obfuscation Attacks. ICC (2023)
Donald R. Reising, Joshua H. Tyler, Mohamed K. M. Fadul, Matthew R. Hilling, T. Daniel Loveless
RF Fingerprint-based Identity Verification in the Presence of an SEI Mimicking Adversary. WiMob (2023)
Mohamed A. Taha, Mohamed K. M. Fadul, Joshua H. Tyler, Donald R. Reising, T. Daniel Loveless
An Assessment of Entropy-Based Data Reduction for SEI Within IoT Applications. MILCOM (2022)
Joshua H. Tyler, Donald R. Reising, Farah I. Kandah, Erkan Kaplanoglu, Mohamed K. M. Fadul
Physical Layer-Based IoT Security: An Investigation Into Improving Preamble-Based SEI Performance When Using Multiple Waveform Collections. IEEE Access 10 (2022)
Joshua H. Tyler, Mohamed K. M. Fadul, Donald R. Reising, Yu Liang
Assessing the Presence of Intentional Waveform Structure In Preamble-based SEI. GLOBECOM (2022)
Mohamed K. M. Fadul, Jordan T. Willis, Donald R. Reising, T. Daniel Loveless
An Analysis of Process Parameters for the Optimization of Specific Emitter Identification Under Rayleigh Fading. GIOTS (2022)
Joshua H. Tyler, Mohamed K. M. Fadul, Donald R. Reising, Farah I. Kandah
An Analysis of Signal Energy Impacts and Threats to Deep Learning Based SEI. ICC (2022)
Mohamed K. M. Fadul, Donald R. Reising, Mina Sartipi
Identification of OFDM-Based Radios Under Rayleigh Fading Using RF-DNA and Deep Learning. IEEE Access 9 (2021)
Mohamed K. M. Fadul, Donald R. Reising, T. Daniel Loveless, Abdul R. Ofoli
Nelder-Mead Simplex Channel Estimation for the RF-DNA Fingerprinting of OFDM Transmitters Under Rayleigh Fading Conditions. IEEE Trans. Inf. Forensics Secur. 16 (2021)
Mohamed K. M. Fadul, Donald R. Reising, K. T. Arasu, Michael R. Clark
Adversarial Machine Learning for Enhanced Spread Spectrum Communications. MILCOM (2021)
Joshua H. Tyler, Mohamed K. M. Fadul, Donald R. Reising, Erkan Kaplanoglu
Simplified Denoising for Robust Specific Emitter Identification of Preamble-based Waveforms. GLOBECOM (2021)
Mohamed K. M. Fadul, Donald R. Reising, T. Daniel Loveless, Abdul R. Ofoli
Preprint: Using RF-DNA Fingerprints To Classify OFDM Transmitters Under Rayleigh Fading Conditions. CoRR (2020)
Mohamed K. M. Fadul, Donald R. Reising, T. Daniel Loveless, Abdul R. Ofoli
RF-DNA Fingerprint Classification of OFDM Signals Using a Rayleigh Fading Channel Model. WCNC (2019)