Frederic Rizk

11 papers C 4Journal 2Unranked 5
YearRankTypeTitle / Venue / Authors
2025 J jnl
KAN-MID: A Kolmogorov-Arnold Networks-Based Framework for Malicious URL and Intrusion Detection in IoT Systems.
IEEE Access
Frederic Rizk, Rodrigue Rizk, Dominick Rizk, Patrick Rizk, Chee-Hung Henry Chu
2024 — conf
A Unified Approach for Binary-Class and Multi-Class Data Augmented Generation.
CAI
Frederic Rizk, Rodrigue Rizk, Dominick Rizk, Patrick Rizk, Chee-Hung Henry Chu
2023 J jnl
280 characters to the White House: predicting 2020 U.S. presidential elections from twitter data.
Comput. Math. Organ. Theory
Rodrigue Rizk, Dominick Rizk, Frederic Rizk, Sonya H. Y. Hsu
2023 C conf
MAGAN: A Meta-Analysis for Generative Adversarial Networks' Latent Space.
ICPRAM
Frederic Rizk, Rodrigue Rizk, Dominick Rizk, Chee-Hung Henry Chu
2022 C conf
A Cost-Efficient Reversible-Based Reconfigurable Ring Oscillator Physical Unclonable Function.
ISCAS
Frederic Rizk, Dominick Rizk, Rodrigue Rizk, Ashok Kumar
2022 C conf
A Resource-Saving Energy-Efficient Reconfigurable Hardware Accelerator for BERT-based Deep Neural Network Language Models using FFT Multiplication.
ISCAS
Rodrigue Rizk, Dominick Rizk, Frederic Rizk, Ashok Kumar, Magdy A. Bayoumi
2022 C conf
An Economic Uniqueness-Improved Reliable Reconfigurable RO PUF for IoT Security.
ISCAS
Dominick Rizk, Rodrigue Rizk, Frederic Rizk, Ashok Kumar
2021 — conf
A Cost-Efficient Reversible-Based Configurable Ring Oscillator Physical Unclonable Function.
SoCC
Dominick Rizk, Rodrigue Rizk, Frederic Rizk, Ashok Kumar, Magdy A. Bayoumi
2021 — conf
A Hybrid Capsule Network-based Deep Learning Framework for Deciphering Ancient Scripts with Scarce Annotations: A Case Study on Phoenician Epigraphy.
MWSCAS
Rodrigue Rizk, Dominick Rizk, Frederic Rizk, Ashok Kumar
2021 — conf
An Efficient Capsule Network Reconfigurable Hardware Accelerator for Deciphering Ancient Scripts with Scarce Annotations.
SoCC
Rodrigue Rizk, Dominick Rizk, Frederic Rizk, Ashok Kumar, Magdy A. Bayoumi
2021 — conf
An In-Situ Sliding Window Approximate Inner-Product Scheme Based on Parallel Distributed Arithmetic for Ultra-Low Power Fault-Tolerant Applications.
MWSCAS
Dominick Rizk, Rodrigue Rizk, Frederic Rizk, Ashok Kumar