Staff Portal
Ahmed Talaat Hamoudi (Lecturer)

PhD in communication Engineering
Lecturer
Renewable Energy Research Center - Research Centers
ahmed.talaat@uoanbar.edu.iq

Biography

AHMED HAMMOODI received the Engineering degree in computer communication and electrical engineering in Baghdad, Iraq, in 2007, and the M.Sc. degree in wireless communications from University De Mont Fort, Leicester, U.K., in 2015. He is the Ph.D. degree in wireless communications for 5G with the Faculty of Electrical and Electronic Engineering, Universiti Tun Hussein Onn Malaysia, Malaysia. In 2008,he joined Iraqna Company, which specializes in telecommunications. He was with Motorola, Iraq, which specializes in transmission line modeling. He was a Lecturer with the University of Anbar, Iraq, from 2010 to 2022. His research activities focus on studying how new physical layer technologies, such as advanced multicarrier waveforms, can enhance the coexistence of 5G communications, such as D2D, M2M, or the Internet of Things, with legacy LTE networks. More broadly, he has a strong interest in techniques that bring flexibility and cognitive capabilities to wireless networks.

Publication

  1. Green coexistence for 5G waveform candidates: a review
  2. Under test filtered-OFDM and UFMC 5G waveform using cellular network
  3. Novel universal windowing multicarrier waveform for 5G systems
  4. Green coexistence of CP-OFDM and UFMC waveforms for 5G and beyond systems
  5. New 5G Kaiser-based windowing to reduce out of band emission
  6. 5G cognitive radio system design with new algorithm asynchronous spectrum sensing
  7. Combined Beamforming-Waveform Design using Mid-Band Frequencies for 5G and Beyond Networks
  8. PAPR Reduction of a Universal Filtered Multicarrier Using a Selective Mapping Scheme
  9. A new SLM-UFMC model for universal filtered multi-carrier to reduce cubic metric and peak to average power ratio in 5G technology
  10. Filter Optimizing and Maintaining Multi-Rate Processing Using an Optimized Universal Filtered Multi-Carrier (OUFMC) with Cascaded Integrator–Comb (CIC) Filter
  11. A Review of PAPR Reduction Techniques for UFMC Waveform
  12. On the Implementation and Placement of Hybrid Beamforming for Single and Multiple Users in the Massive-MIMO MmWave Systems
  13. Neural Network Based Windowing Scheme to Maximize the PSD for 5G and Beyond
  14. Simulation of Long-Term Evolution (LTE) Communication Systems
  15. Maximum Power Calculation of Photovoltaic Modules at Different Irradiance Levels
  16. An enhanced partial transmit sequence based on combining hadamard matrix and partitioning schemes in OFDM systems
  17. Low complexity DCO-FBMC visible light communication system
  18. An Overview of OFDM-UWB 60 GHZ System in High Order Modulation Schemes
  19. A Review of PAPR Reduction Techniques for UFMC Waveform

Lectures


Other

Reviewer in a number of scientific journals and conferences

Member of Higher Committee for Education Development in Iraq (HCED)                                                  Feb.  2012

Member of  Iraqi Engineers' Union                                                                                                                  Oct.  2007