Mohamed Fadel

15 papers B 6Journal 6Unranked 3
YearRankTypeTitle / Venue / Authors
2020 J jnl
MISO Broadcast Channel under Unequal Link Coherence Times and Channel State Information.
Entropy
Mohamed Fadel, Aria Nosratinia
2019 J jnl
Frequency-Selective Multiuser Downlink Channels Under Mismatched Coherence Conditions.
IEEE Trans. Commun.
Mohamed Fadel, Aria Nosratinia
2018 — conf
Interactive Mobile Learning Platform at the British University in Egypt.
ICSIE
Ihab Adly, Mohamed Fadel, Ahmed El-Baz, Hani Amin
2017 B conf
Block-fading broadcast channel with hybrid CSIT and CSIR.
ISIT
Mohamed Fadel, Aria Nosratinia
2017 J jnl
Degrees of Freedom of the Broadcast Channel with Hybrid CSI at Transmitter and Receivers.
CoRR
Mohamed Fadel, Aria Nosratinia
2017 B conf
Spatially correlated MIMO broadcast channel: Analysis of overlapping correlation eigenspaces.
ISIT
Fan Zhang, Mohamed Fadel, Aria Nosratinia
2016 B conf
Broadcast channel under unequal coherence intervals.
ISIT
Mohamed Fadel, Aria Nosratinia
2016 J jnl
Coherence Disparity in Broadcast and Multiple Access Channels.
CoRR
Mohamed Fadel, Aria Nosratinia
2016 J jnl
Coherence Disparity in Broadcast and Multiple Access Channels.
IEEE Trans. Inf. Theory
Mohamed Fadel, Aria Nosratinia
2016 B conf
Coherence Diversity in Time and Frequency.
GLOBECOM
Mohamed Fadel, Aria Nosratinia
2014 B conf
Coherent, non-coherent, and mixed-CSIR broadcast channels: Multiuser degrees of freedom.
ISIT
Mohamed Fadel, Aria Nosratinia
2012 J jnl
QOS-Constrained Multiuser Peer-to-Peer Amplify-and-Forward Relay Beamforming.
IEEE Trans. Signal Process.
Mohamed Fadel, Amr El-Keyi, Ahmed K. Sultan
2012 — conf
QoS-Aware Multi-RAT resource allocation with minimum transmit power in multiuser OFDM system.
GLOBECOM Workshops
Mohamed Fadel, Ahmed S. Ibrahim, Hani ElGebaly
2012 — conf
Resource allocation for throughput enhancement in cellular shared relay networks.
Sarnoff Symposium
Mohamed Fadel, Ahmed Hindy, Amr El-Keyi, Mohammed Nafie, Onur Ozan Koyluoglu, Antonia M. Tulino
2011 B conf
Multiuser MIMO relaying under quality of service constraints.
WCNC
Mohamed Fadel, Amr El-Keyi, Ahmed K. Sultan