A New Achievable DoF Region for the 3-user MxN Symmetric Interference Channel - Mohamed Amir; Amr El-Keyi; Mohammed Nafie (CoRR, 2011)

Constrained Interference Alignment and the Spatial Degrees of Freedom of MIMO Cognitive Networks. - Mohamed Amir; Amr El-Keyi; Mohammed Nafie (IEEE Trans. Inf. Theory, 2011)

On the degrees of freedom of MIMO Multiple access channel with multiple eavesdroppers. - Mohamed Amir; Tamer Khattab; Tarek M. Elfouly; Amr Mohamed 001 (CoRR, 2014)

On the degrees of freedom of the MIMO Wiretap and MIMO broadcast channels with unknown eavesdroppers. - Mohamed Amir; Tamer Khattab; Tarek M. Elfouly; Amr Mohamed 001 (CoRR, 2014)

Secrecy for MIMO wiretap and MIMO broadcast channels with fading eavesdroppers: CSI does not increase the secure DoF. - Mohamed Amir; Tamer Khattab; Tarek Elfouly; Amr Mohamed 001 (PACRIM, 2015)

On the Secure Degrees of Freedom of the K-user MAC and 2-user Interference Channels. - Mohamed Amir; Tamer Khattab; Tarek M. El-Fouly (CoRR, 2016)

Joint coding for proactive caching with changing file popularities. - Mohamed Amir; Ebrahim Bedeer; Mohamed Hossam Ahmed; Tamer Khattab (PIMRC, 2017)

The Effect of Transmitter's Eavesdropper CSI on the Secure Degrees of Freedom of the MIMO MAC. - Mohamed Amir; Tamer Khattab (WCNC, 2017)

On the Secure Degrees of Freedom of the K User MIMO MAC with Statistical CSI. - Mohamed Amir; Tamer Khattab (WCNC, 2017)

Blind secure communication: The Secure degrees of freedom of one hop wireless networks with No CSI. - Mohamed Amir; Tamer Khattab (PIMRC, 2018)

Secure DoF for the MIMO MAC: The Case of Knowing Eavesdropper's Channel Statistics Only. - Mohamed Amir; Tamer Khattab; Elias Yaacoub; Khalid Abualsaud; Mohsen Guizani (VTC Fall, 2019)

Coded Caching for Time-Varying Files Popularities and Asynchronous Delivery. - Mohamed Amir; Ebrahim Bedeer; Mohamed Hossam Ahmed; Tamer Khattab (IEEE Open J. Commun. Soc., 2021)

Dynamic Caching for Files With Rapidly-Varying Features and Content. - Mohamed Amir; Ebrahim Bedeer; Tamer Khattab; Telex M. N. Nkouatchah (IEEE Trans. Commun., 2022)