On the Different Mathematical Realizations for the Digital Synthesis of LoRa-Based Modulation. - Tallal Elshabrawy; Phoebe Edward; Mohamed Ashour; Joerg Robert (EW, 2019)

Enhancing the Capture Capabilities of LoRa Receivers. - Phoebe Edward; Abdullah Muhammad; Sondos Elzeiny; Mohamed Ashour; Tallal Elshabrawy; Joerg Robert (SmartNets, 2019)

On the Coexistence of LoRa- and Interleaved Chirp Spreading LoRa-Based Modulations. - Phoebe Edward; Sondos Elzeiny; Mohamed Ashour; Tallal Elshabrawy (WiMob, 2019)

Further LoRa Capacity Enhancement through Interleaved Chirp Spreading LoRa Expansion. - Phoebe Edward; Ezzeldin Tarek; Minar El-Aasser; Mohamed Ashour; Tallal Elshabrawy (WiMob, 2019)

Practical Evaluation of LoRa under Co-Technology Interference. - Tallal Elshabrawy; Phoebe Edward; Mohamed Ashour; Joerg Robert (VTC Fall, 2020)

LoRa Performance Enhancement through List Decoding Technique. - Sondos Elzeiny; Phoebe Edward; Tallal Elshabrawy (ICC Workshops, 2021)

Practical Performance Evaluation of Multi-User Interleaved Chirp Spreading LoRa Networks. - Phoebe Edward; Dareen Behiry; Mohamed Mandour; Tallal Elshabrawy (VTC Fall, 2021)

A comprehensive hybrid bit-level and packet-level LoRa-LPWAN simulation model. - Minar El-Aasser; Phoebe Edward; Mohamed Mandour; Mohamed Ashour; Tallal Elshabrawy (Internet Things, 2021)

Interleaved Chirp Spreading LoRa as a Parallel Network to Enhance LoRa Capacity. - Phoebe Edward; Minar El-Aasser; Mohamed Ashour; Tallal Elshabrawy (IEEE Internet Things J., 2021)

A Low Cost Prototype of A Real-Time Face-Mask Detection and Enforcement System Using CNN and Arduino for Developing Countries. - Phoebe Edward; Mariam Mamdouh; Hana El Khatib; Monica Bassem; Khaled El Sayed; Ahmed Khaled 002; Wassim Alexan; Dina Reda El-Damak (ICCA, 2024)

Comparative Study Between CNN and LSTM Approaches for Sign Language Recognition. - Phoebe Edward; Bola Sameeh; Wassim Alexan (NILES, 2024)

Theoretical and Practical Evaluation of LoRa-Based Ranging Toward Accurate TDoA-Based LoRa Localization. - Salma Elsherif; Karim Tarek; Phoebe Edward; Tallal Elshabrawy (IEEE Commun. Lett., 2025)