Hash function based on efficient Chaotic Neural Network. - Nabil Abdoun; Safwan El Assad; Mohammad AbuTaha; Rima Assaf; Olivier Déforges; Mohamad Khalil (ICITST, 2015)

Chaos-based cryptosystems using dependent diffusion: An overview. - Mohammed AbuTaha; Safwan El Assad; Mousa Farajallah; Audrey Queudet; Olivier Déforges (ICITST, 2015)

Comparative study of two pseudo chaotic number generators for securing the IoT. - Ons Jallouli; Mohammed AbuTaha; Safwan El Assad; Maryline Chetto; Audrey Queudet; Olivier Déforges (ICACCI, 2016)

Secure Hash Algorithm based on Efficient Chaotic Neural Network. - Nabil Abdoun; Safwan El Assad; Mohammed Abu Taha; Rima Assaf; Olivier Déforges; Mohamad Khalil (COMM, 2016)

Design of a pseudo-chaotic number generator as a random number generator. - Mohammed AbuTaha; Safwan El Assad; Ons Jallouli; Audrey Queudet; Olivier Déforges (COMM, 2016)

End-to-End Real-Time ROI-Based Encryption in HEVC Videos. - Mohammed AbuTaha; Naty Sidaty; Wassim Hamidouche; Olivier Déforges; Jarno Vanne; Marko Viitanen (EUSIPCO, 2018)

Parallel Generator of Discrete Chaotic Sequences Using Multi-threading Approach. - Mohammed AbuTaha; Safwan El Assad; Audrey Queudet (MUE/FutureTech, 2018)

Image-Based Ciphering of Video Streams and Object Recognition for Urban and Vehicular Surveillance Services. - Karim Hammoudi; Mohammed AbuTaha; Halim Benhabiles; Mahmoud Melkemi; Féryal Windal; Safwan El Assad; Audrey Queudet (ICICT (2), 2019)

Enhancement of an Encryption System Performance using MPI. - Islam Amar; Mohammed AbuTaha (COMM, 2020)

Privacy Protection in Real Time HEVC Standard Using Chaotic System. - Mohammed Abu Taha; Wassim Hamidouche; Naty Sidaty; Marko Viitanen; Jarno Vanne; Safwan El Assad; Olivier Déforges (Cryptogr., 2020)

Parallel and Practical Approach of Efficient Image Chaotic Encryption Based on Message Passing Interface (MPI). - Mohammed AbuTaha; Islam Amar; Salman AlQahtani (Entropy, 2022)

RAD: reinforcement authentication model based on DYMO protocol for MANET. - Rushdi A. Hamamreh; Mohammed R. Ayyad; Mohammed AbuTaha (Int. J. Internet Protoc. Technol., 2023)