Khaled Elsayed

Professor

Department of Electronics and Communications Engineering, Faculty of Engineering, Building 8.  (email)

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A Q-learning approach for machine-type communication random access in LTE-Advanced

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Citation:
El-Hameed, A. S. A., and K. M. F. Elsayed, "A Q-learning approach for machine-type communication random access in LTE-Advanced", Telecommunication Systems, vol. 71: Springer US, pp. 397-413, 2019.
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Tags

  • Channel estimation (1)
  • Interference (1)
  • Light emitting diodes (1)
  • MIMO communication (1)
  • Optical transmitters (1)
  • Visible light communication (1)

Recent Publications

Modelling Multilayer Communication Channel in Terahertz Band for Medical Applications
A formal methods-based Rule Verification Framework for end-user programming in campus Building Automation Systems
Resource Allocation and Interference Management Techniques for OFDM-Based VLC Atto-Cells
Interference Mitigation using Angular Diversity Receiver with Efficient Channel Estimation in MIMO VLC
User capacity for uplink SCMA system
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