Agent-Based Mobile Event Notification System. - Rania Fahim El-Gazzar; Osama Badawy 001; Mohamed Kholief (Int. J. Interact. Mob. Technol., 2010)

Multi-Agent based University Advising System. - Mohamed Attia; Osama Badawy 001; Essam Kosba (ICCTA, 2014)

Intelligent Collision Detection and Avoidance in Railways using GPS/RF Module. - S. A. Qunber; Mohamed Saad Zaghloul; Osama Badawy 001; M. Farouk (ICCTA, 2015)

Caching Techniques for Flight Delays Prediction in Big Data Using SparkR. - Ahmed Elsayed; Mohamed Shaheen; Osama Badawy 001 (ICCTA, 2018)

MOOC's Student Results Classification by Comparing PNN and other Classifiers with Features Selection. - Ahmed Mahmoud Nazif; Ahmed Ahmed Hesham Sedky; Osama Mohamed Badawy 001 (ACIT, 2020)

A multi agent broker framework and decision support for enhanced cloud computing discovery. - Mohamed Galal Hafez Rady; Mohamed Shaheen Elgamel; Osama Mohamed Badawy 001 (ACIT, 2020)

Deep learning supported breast cancer classification with multi-modal image fusion. - Eman Hamdy; Mohamed Saad Zaghloul; Osama Badawy 001 (ACIT, 2021)

Dropout Prediction System to Enhance Massive Open Online Courses. - Ahmed Mahmoud Nazif; Ahmed Ahmed Hesham Sedky; Osama Mohamed Badawy 001 (ICCTA, 2021)

Framework for suicide detection from Arabic tweets using deep learning. - Rowan Basssel Soudi; Mohamed Saad Zaghloul; Osama Mohamed Badawy 001 (ICCTA, 2022)

Densely convolutional networks for breast cancer classification with multi-modal image fusion. - Eman Hamdy; Osama Badawy 001; Mohamed Saad Zaghloul (Int. Arab J. Inf. Technol., 2022)

A Novel Deep Learning Multi-Modal Sentiment Analysis Model for English and Egyptian Arabic Dialects Using Audio and Text. - Sohaila Alalem; Mohamed Saad Zaghloul; Osama Badawy 001 (ACIT, 2023)

PolySeg Plus: Polyp Segmentation Using Deep Learning with Cost Effective Active Learning. - Abdelrahman Saad; Fahima A. Maghraby; Osama Badawy 001 (Int. J. Comput. Intell. Syst., 2023)

PolyDSS: computer-aided decision support system for multiclass polyp segmentation and classification using deep learning. - Abdelrahman Saad; Fahima A. Maghraby; Osama Badawy 001 (Neural Comput. Appl., 2024)