The Department of Communications Engineering organized a visit to Zahur Alawi House with the participation of professors and students and with the support of the Head of Department Dr. Afaneen Anwar Abood This visit is part of the activities of the Student Activities and Volunteer Work Unit in the department. The teachers and students of the department are guaranteed to provide Eid clothing for all the girls of the house and distribute gifts by the students of the department.

Professor Thammer Mohammed Jamil in the Department of Communications Engineering published two research papers at the IEEE conference DeSE2023

 The first entitled:  Performance Evaluation of SISO-OFDM Channel Equalization Utilizing Deep Learning

 :The research was published in
16th International Conference on Developments in eSystems Engineering (DeSE), Istanbul, Turkiye, 2023
The aim of the research involves the use of the channel formula based on deep learning The primary objective of this research is to assess the performance of the channel equivalent based on deep learning in order to address the shortcomings of the ZF and MMSE equations in terms of modification order and the number of pilots (CP).
Simulation results show that the DL-dependent channel equivalent can outperform the MMSE equivalent when increasing the number of pilots, with or without CP, for both low-frequency and high-frequency selective channel models, respectively. The results also show how deep learning of CNN structures is used in the SISO OFDM system to enhance channel equation.
Finally, numerical evidence showed that deep learning significantly reduced channel equivalent errors compared to traditional methods.

:The second has entitled 

Efficient FBMC-OQAM Channel Equalization Through Pruned DFT

and research was published in
16th International Conference on Developments in eSystems Engineering (DeSE), Istanbul, Turkiye, 2023
This work aims to leverage the unique characteristics of FBMC-OQAM and the power of manicured DFT technology - an effective algorithm for DFT account - to improve system performance. Next, enhance the equation performance of the proposed scheme using many sophisticated equation algorithms.
The main findings include:
First: Improve the FBMC-OQAM system by integrating Pruned-DFT technology into its structure.
Second, the range of proposed equation techniques outperforms the traditional single-tab tie tool in highly variable channels over time and in the High Signal-to-Noise Ratio (SNR) system.

A training workshop in the Communications Engineering Department
The Department of Communications Engineering held a training workshop entitled “How to Fill Out the Iraqi Quality Standards Form,” delivered by Prof. Dr. Nour Jamal Jihad and lecturer. Nisreen Abdel Wahed, teachers in the Department of Communications Engineering, and in the presence of a number of teachers and laboratory officials in the department.
The workshop aimed to introduce the appropriate steps for filling out the quality form, the procedures that must be achieved, and the conditions that must be met to achieve the quality of laboratories in the department.

Under the supervision of the Head of the Communications Engineering Department, Professor Afanin Anwar Abboud, a panel discussion was held in the department’s green hall entitled
"The effects of electronic addiction on the mental perceptions that cause drug addiction and suicide"
It was delivered by researcher, psychotherapist, human development trainer Amir Abbas Salman, and trainer Imad Ali Hadi
Among the attendees were the Scientific Associate, Prof. Dr. Ali Jabbar Salem, Head of the Optical Communications Branch, Prof. Dr. Mustafa Diaa Hasib, and some of the department’s professors and students. The seminar focused on increasing awareness about the dangers of electronic addiction to mental health and discussing the relationship between electronic addiction and drug addiction. and suicidal thoughts, and touched on providing solutions and plans to prevent and treat electronic addiction.