A low-cost design of transceiver based on DWPT for WSN. - Mouhamad Chehaitly; Mohamed Tabaa; Fabrice Monteiro; Abbas Dandache; Ali Hamie (ICM, 2015)

A novel ultra high speed and configurable discrete wavelet packet transform architecture. - Mouhamad Chehaitly; Mohamed Tabaa; Fabrice Monteiro; Abbas Dandache; Ali Alaeddine; Ali Hamie; Mouenes Fadlallah (ICM, 2016)

A ultra high speed and configurable Inverse Discrete Wavelet Packet Transform architecture. - Mouhamad Chehaitly; Mohamed Tabaa; Fabrice Monteiro; Abbas Dandache (ICM, 2017)

IWSN under an industrial wireless channel in the context of Industry 4.0. - Safa Saadaoui; Mohamed Tabaa; Fabrice Monteiro; Mouhamad Chehaitly; Abbas Dandache; Aziz Oukaira (ICM, 2017)

Discrete Wavelet Packet Transform-Based Industrial Digital Wireless Communication Systems. - Safa Saadaoui; Mohamed Tabaa; Fabrice Monteiro; Mouhamad Chehaitly; Abbas Dandache (Inf., 2019)

Exploration of a digital-based solution for the generation of 2.4GHz OQPSK test stimuli. - Thibault Vayssade; Mouhamad Chehaitly; Florence Azaïs; Laurent Latorre; François Lefèvre (ETS, 2021)

Improved many-to-one architecture based on discrete wavelet packet transform for industrial IoT applications using channel coding. - Safa Saadaoui; Aamre Khalil; Mohamed Tabaa; Mouhamad Chehaitly; Fabrice Monteiro; Abbas Dandache (J. Ambient Intell. Humaniz. Comput., 2021)

High-speed and Low-area Implementations of a Generic and Parallel Integral Image Architecture. - Mouhamad Chehaitly; André Lalevee; Thibault Napoléon; Maher Jridi (NEWCAS, 2022)

Generic High-Speed Design with Low-Area Implementations of Statistical Operations Based on an FPGA Device. - Mouhamad Chehaitly; Jorge Querol; Praveen Vummadisetty; Symeon Chatzinotas (SYNASC, 2024)

A Study of Lunar Proximity Networks: Scenarios and Architectures. - Mouhamad Chehaitly; Houcine Chougrani; Sumit Kumar 001; Youssouf Drif; Jorge Querol; Stefano Petri; Leonardo Turchi; Symeon Chatzinotas (WiSEE, 2024)

Super Resolution image reconstructs via total variation-based image deconvolution: a majorization-minimization approach. - Mouhamad Chehaitly (CoRR, 2025)