Correlations in underwater acoustic particle velocity and pressure channels. - Huaihai Guo; Ali Abdi; Aijun Song; Mohsen Badiey (CISS, 2009)

Digital transmission via underwater acoustic particle velocity channels. - C. Chen; Ali Abdi; Aijun Song; Mohsen Badiey (CISS, 2010)

Characterization of delay and Doppler spreads of underwater particle velocity channels using zero crossing rates. - Huaihai Guo; Ali Abdi; Aijun Song; Mohsen Badiey (CISS, 2010)

Image transmission over the underwater acoustic channel via compressive sensing. - Iñaki Iglesias; Aijun Song; Javier Garcia-Frías; Mohsen Badiey; Gonzalo R. Arce (CISS, 2011)

Underwater acoustic communication channel simulation using parabolic equation. - Aijun Song; Joseph Senne; Mohsen Badiey; Kevin B. Smith (WUWNet, 2011)

Channel simulation for underwater acoustic communication network. - Aijun Song; Mohsen Badiey (WUWNet, 2012)

Iterative estimation of the time-varying underwater acoustic channel using basis expansion models. - Hua Yu 001; Aijun Song; Mohsen Badiey; Fangjiong Chen; Fei Ji (WUWNet, 2013)

Iterative estimation of doubly selective underwater acoustic channel using basis expansion models. - Hua Yu 001; Aijun Song; Mohsen Badiey; Fangjiong Chen; Fei Ji (Ad Hoc Networks, 2015)

Time reversal acoustic communication receivers: DSP implementation and fast channel estimation. - Sergio Matiz Romero; Mohsen Badiey; Aijun Song (Phys. Commun., 2016)

Time-Varying Signals Recovery Via Graph Neural Networks. - Jhon A. Castro-Correa; Jhony H. Giraldo; Anindya Mondal; Mohsen Badiey; Thierry Bouwmans; Fragkiskos D. Malliaros (ICASSP, 2023)

Gegenbauer Graph Neural Networks for Time-Varying Signal Reconstruction. - Jhon A. Castro-Correa; Jhony H. Giraldo; Mohsen Badiey; Fragkiskos D. Malliaros (IEEE Trans. Neural Networks Learn. Syst., 2024)

Higher-Order GNNs Meet Efficiency: Sparse Sobolev Graph Neural Networks. - Jhony H. Giraldo; Aref Einizade; Andjela Todorovic; Jhon A. Castro-Correa; Mohsen Badiey; Thierry Bouwmans; Fragkiskos D. Malliaros (IEEE Trans. Signal Inf. Process. over Networks, 2025)