نظام مواقع التدريسيين

About

(Computer Techniques and Networks Engineer)
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Professional Summary
I am a researcher and Computer Techniques Engineer with over ten years of practical experience within academic and higher education environments. I specialize in Computer Networks and the administration of Automated Information Systems. Throughout my career, I have demonstrated high proficiency in leading technical teams and supervising technological projects aimed at digitizing knowledge resources. I possess a proven track record of accomplishments in managing and operating Virtual Libraries. I seek to leverage my accumulated expertise, particularly in computer networking and academic systems management, to contribute effectively to enhancing the technical infrastructure of educational institutions.
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Professional Experience
Since 2012, I have been employed at Kufa University, Central Library, where I have progressed through several key administrative and technical positions. Since 2022, I have been responsible for the Virtual Library at Kufa University, overseeing all operations related to the platform's development and maintenance to ensure seamless access for researchers and students to global digital resources. My role involves setting strategies to maximize the utilization of these sources. Prior to this, in 2018, I held the position of Head of the Automated Systems Division. I was responsible for leading the comprehensive automation of library services, as well as managing and maintaining the network infrastructure and server hardware supporting the library system. Furthermore, I have actively participated in numerous Scientific and Technical Committees within the university, which has provided me with additional experience in institutional decision-making and problem-solving.
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Education and Qualifications
My educational journey culminated in obtaining a Master's Degree (M.Sc.) in Computer Techniques Engineering with a specialization in Computer Networks from Urmia University in 2023. Prior to this, I earned a Bachelor's Degree (B.Sc.) in Computer Techniques Engineering from the Islamic University in Najaf for the academic year 2012-2013.
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Skills
I possess a comprehensive set of technical and administrative skills essential for this field. These include expertise in Computer Network Administration and Information Security, proficiency in handling Automated Library Management Systems (ILS), and expertise in database management and hardware/software maintenance. On the administrative front, I have a high capacity for team leadership, executing technical automation projects, strategic planning for enhancing digital resources, and complex problem-solving.

Research Interests

3

Publications

1

2023

An optimal ant colony algorithm based on security-aware distributed fuzzy logic to increase data rate and reduce latency in 5G mobile ad hoc networks

AuthorsMohanad Ali Sahib Al - Musawi

JournalUrmia University

Abstract

Abstract The advent of 5G communication plays a crucial role in today's evolving technology landscape. 5G Mobile Ad-hoc Networks (MANETs) drive a wireless system characterized by extremely high data rates, low power consumption, and minimal time and cost. Consequently, routing protocols for MANETs must be inherently flexible, high-performing, and energy-efficient. The primary goal of 5G communication is to offer significantly higher data rates and remarkably low over-the-air latency. This research describes a novel routing protocol developed for MANETs using a bio-inspired technique. Biology-inspired algorithms incorporate routing capabilities derived from the social behavior of ant colonies, bird flocks, bee dances, and similar phenomena, promising to effectively address the challenges inherent in MANETs. Some of these challenges include limited bandwidth, constrained battery life, low memory capacity, and others. Therefore, this study proposes a novel Security-Aware Distributed Fuzzy Logic-based Optimized Ant Colony Algorithm (ACO) designed to enhance the data rate and reduce latency in 5G MANETs. The objective is to develop a MANET routing protocol capable of achieving a stable packet delivery ratio, lower connection overhead, and low end-to-end delay across standard operational scenarios and under attack modes. The proposed algorithm is analyzed based on various performance metrics, including throughput, latency, packet loss, network lifetime, and others, demonstrating effective results through a hybrid architecture. Keywords: Mobile Ad-hoc Networks (MANETs), Distributed Fuzzy Logic, Security, Ant Colony Optimization (ACO), End-to-End Delay, Data Rate, Routing.