Estimation of the Wireless Sensor Network Performance using Fractal Behavior of the Generated Cognitive Harmonic Waves. - Zoltán Gál; Mohamed Amine Korteby; Ashraf Aldabbas (CogInfoCom, 2018)

On the Complex Event Identification Based on Cognitive Classification Process. - Ashraf Aldabbas; Zoltán Gál (CogInfoCom, 2019)

Deep Learning-Based Approach for Detecting Trajectory Modifications of Cassini-Huygens Spacecraft. - Ashraf Aldabbas; Zoltán Gál; Khawaja Moyeezullah Ghori; Muhammad Imran 001; Muhammad Shoaib 005 (IEEE Access, 2021)

Prediction and Analysis Based on Sensor Network Data Using Machine Learning Techniques - Ashraf Aldabbas (2021)

Recurrent neural network variants based model for Cassini-Huygens spacecraft trajectory modifications recognition. - Ashraf Aldabbas; Zoltán Gál (Neural Comput. Appl., 2022)

Advanced Trajectory Analysis of NASA's Juno Mission Using Unsupervised Machine Learning: Insights into Jupiter's Orbital Dynamics. - Ashraf Aldabbas; Zaid Mustafa; Zoltán Gál (Future Internet, 2025)