Karim G. Seddik

Current Research Interests

Machine Learning Applications in Wireless Communications and Networking

Intelligent Reflecting Surfaces (IRS)

Age of Information

Back-scattered Communications

Layered Channel Coding

      Coherent and non-coherent layered channel coding

      Relay-assisted layered channel coding


Cognitive Radio Networks

      Throughput maximization

      Secondary users access schemes

      Cognitive relaying


Massive MIMO


Old Research Interests

Sensor Networks

      Distributed detection in wireless sensor networks

      Censoring in wireless sensor networks


Smart Grid Communications

      Joint detection-estimation

      Unequal error protection over PLCs


Interference Channels

      DMT for the Z-interference channel

      DMT for ARQ over the Z-interference channel


Source and Channel Diversity over Relay Channels

      Distortion exponent for source and channel diversities achieving schemes

      Optimal rate allocation between source and channel encoders


Cooperative Communications

      Design of distributed space-time codes (DSTC)

      Design of distributed space-frequency codes (DSFC)


Blind Channel Estimation in OFDM and MIMO-OFDM Systems

      Subspace decomposition based algorithms

     Finite alphabet based algorithms



Funded Projects

An integrated analysis of green modes of mobility in new urban communities

      Role: Co-PI

      Funding Agency: The American University in Cairo - AUC Climate Change Initiative

      Duration: July 2022 - July 2023

      Fund Amount: 50,000 USD


German-Egyptian progress partnership, short-term measures: Intelligent Industrial

Internet-of-Things (I3oT)

      Role: Co-PI

      Funding Agency: German Academic Exchange Service (DAAD)

      Duration: Sept. 2021 - Dec. 2021


Surviving Cancer to Die of Heart Disease? Predicting when Stopping this Killer Disease will Stop Hearts

      Role: Co-PI

      Funding Agency: The American University in Cairo - The Bartlett Family Grant

      Collaborators: Magdy Yacoub Heart Foundation (MYF) and Future University in Egypt (FUE)

      Duration: Feb. 2020 - Jan. 2023

      Fund Amount: 83,240 USD


German-Egyptian progress partnership, short-term measures: Improving the Transformation to Reliable Wireless Communication or the Internet of Things

      Role: Co-PI

      Funding Agency: German Academic Exchange Service (DAAD)

      Duration: Sept. 2019 - Dec. 2019


Machine Learning-Based LTE Network Optimization and Capacity Forecasting and Planning

      Role: PI

      Funding Agency: The American University in Cairo (internal research grant)

      Collaborators: Vodafone Egypt

      Duration: July 2018 - June 2020

      Fund Amount: 510,240 EGP


Collaboration between Sweden and Egypt to improve reliability and security for Internet of Things technology and its applications

      Role: Co-PI

      Funding Agency: The Swedish Foundation for International Cooperation in Research and Higher Education (STINT)

      Duration: April 2018 - February 2019

      Fund Amount: 17,000 USD


CRC: Collaborative Research and Teaching Testbed for Wireless Communications and Networks-Phase II

      Role: Co-PI

      Funding Agency: National Telecommunications Regulatory Agency (NTRA)

      Duration: 21 months, Aug. 2017 - April 2019

      Fund Amount: 2,901,400 EGP


CRC: Enabling a Collaborative Environment for Wireless Communication and Networking Research

      Role: Consultant

      Funding Agency: National Telecommunications Regulatory Agency (NTRA)

      Duration: Two years, Sept. 2014 - Aug. 2016


A New Layered Transmission Approach for Next Generation Communication Networks

      Role: Co-PI

      Funding Agency: Qatar National Research Fund (QNRF)

      Duration: Three years, Jan. 2013 - Dec. 2015

      Fund Amount: 1,014,107 USD


Reliable low-power wireless communication architectures for smart grid and factory automation applications

      Role: Co-PI

      Funding Agency: Intel Labs University Research Office (URO)

      Duration: 21 months, Sep. 2012 - May 2014

      Fund Amount: 40,000 USD