FOUAD A. YASEEN received the B.Sc. degree in electronics and communication engineering from the University of Technology, Baghdad, Iraq, in 1994, the M.Sc. degree in electronics and communication engineering from the University of Baghdad, Baghdad, in 2010, and the Ph.D.degree from Brunel University London, U.K., in 2019. He is currently a member of the IraqiEngineers Association, and he is also an InstructorMember of the CISCO Academy, University of
Baghdad/Computer Center. He has authored or co-authored 12 papers in international journals and refereed conferences. His research interests include computer networks, wireless communication networks, mobile communication systems, SDN and cloud networks, and artificial intelligence. Besides designing and implementing industrial electronic circuits. He was the Head of many teams for designing and installing computer networks for the Iraqi Ministry of High Education and Scientific Research, and also the Iraqi Ministry of Communications/The High Institution for Communications.
Doctoral in Electronics and Computer Networks
- Head of Computers & Internet Networks Maintenance 2010-2015.
- The head of the team installed the network of CISCO Lab. for the Institute of Wire & Wireless Communication / Ministry of Communication.
- Head of installing team the network for the Administrative University of Baghdad.
- Head of installing team the network for Mechanic Engineering Department / University of Baghdad.
- Head Manager of Internet for the University of Baghdad.
- Chairman of commercial finance / Computer Center
- Chairman of the Maintenance Committee in the Department of Electronics and Communications Engineering since 2021.
Iraqi engineers association
- Electronic robot circuits.
- IoT networks.
- Network Security.
- Network management.
- Electronic and programming robot circuits.
- Internet and IoT network management.
- Network and Information Security.
- Mobile and Computer Network management.
- Networking Basics (2005 - 2009).
- Switching & Routing Basics (2005 - 2009).
- Computers Maintenance (Hardware-based) (2005 - 2014).
- Power Supplies & UPS Maintenance (2005 - 2014).
- Power Electronics / University of Baghdad (2021 - 2023).
- C++ Programming / University of Baghdad (2021 -2023).
- Electronics Workshop Lab / University of Baghdad (2021 - 2023).
- Queuing Theory (Al-Nahrain University / IT College) (2020).
- Advanced Communication Networks (Al-Nahrain University / IT College), Two Years Diploma Program (2020 - 2022).
- Network Security & Cybersecurity level 1(Al-Nahrain University / IT College), Two Years Diploma Program (2021-2022).
- Advanced Network Security & Cybersecurity (Al-Nahrain University/IT College), Two Years Diploma Program (2022 - 2023).
- Encryption and Decryption Methods and Techniques (Al-Nahrain University / IT College), Two Years Diploma Program (2021 - 2023).
(Al-Nahrain University / IT College, Two Years Diploma Program (2021-2022). Al-Nahrain University/IT College, Two Years Diploma Program (2022 - 2023). Al-Nahrain University / IT College, Two Years Diploma Program (2021 - 2023).
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Tor (The Onion Routing) network was designed to enable users to browse the Internet anonymously. It is known for its anonymity and privacy security feature against many agents who desire to observe the area of users or chase users’ browsing conventions. This anonymity stems from the encryption and decryption of Tor traffic. That is, the client’s traffic should be subject to encryption and decryption before the sending and receiving process, which leads to delay and even interruption in data flow. The exchange of cryptographic keys between network devices plays a pivotal and critical role in facilitating secure communication and ensuring the integrity of cryptographic procedures. This essential process is time-consuming, which causes del
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In recent days, the escalating need to seamlessly transfer data traffic without discontinuities across the Internet network has exerted immense pressure on the capacity of these networks. Consequently, this surge in demand has resulted in the disruption of traffic flow continuity. Despite the emergence of intelligent networking technologies such as software-defined networking, network cloudification, and network function virtualization, they still need to improve their performance. Our proposal provides a novel solution to tackle traffic flow continuity by controlling the selected packet header bits (Differentiated Services Code Point (DSCP)) that govern the traffic flow priority. By setting the DSCP bits, we can determine the appropriate p
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