Informatics Engineering

Obey Salloum

Dr Obey Salloum

Fuculty Mamber

Certifications

  1. Bachelor’s degree in Informatics Engineering, Department of Computer Systems and Networks, University of Homs, 2010-2011
  2. Master’s degree in Informatics Engineering, Department of Systems and Computer Networks, University of Damascus, 2016-2017
  3. Master’s Thesis:
    • "Study and Design of an Energy-Efficient Scheduling Algorithm for Multi-Core Processors"
    • Study and implementing algorithm for energy efficient scheduling on multicore processors
  4. Published research in Damascus University Journal:
    • Enhancing Energy-Efficient Scheduling Algorithm on Multicore Processors
    • Ref. No.: 755, dated 29/6/2016
  5. PhD degree from the University of Damascus, 2022-2023
  6. PhD Thesis:
    • "Hybrid, Energy-Efficient Scheduling Algorithms for Multi-Core Multiprocessor Platforms"

Skills

  1. Technical Staff Member at the University of Homs – Faculty of Informatics Engineering – Department of Systems and Computer Networks since 15-9-2019
  2. Teaching experience at the University of Homs:
    • Distributed Systems and Applications – Fifth Year
    • Computer Architecture 2 – Third Year
    • Parallel Programming – Fourth Year
    • Operations Research – Third Year
  3. Faculty Member at the Arab Private University for Science and Technology – Faculty of Informatics Engineering since 1-10-2024
  4. Teaching experience at the Arab Private University for Science and Technology:
    • Operating Systems 2 – Third Year
    • Computer Skills – First Year
  5. Teaching experience at the University of Damascus:
    • Real-Time Systems – Fifth Year
    • Distributed Applications Systems – Fifth Year

Other Information

Published Research:
  1. First Research – Damascus University Journal:
    • "Energy Consumption Analysis of the Stable Matching Algorithm (SMA) in Heterogeneous Multi-Core Architectures"
    • File No.: 5190, Ref.: 441, dated 12/3/2020
  2. Second Research – Homs University Journal:
    • "Towards Reducing the Execution Time of the Stable Matching Algorithm for Heterogeneous Multi-Core Scheduling"
    • Volume 42, Ref.: 757, dated 29/3/2020
  3. Third Research – Homs University Journal:
    • "Further Reduction of the Execution Time of the Stable Matching Algorithm for Heterogeneous Multi-Core Scheduling"
    • Volume 43, Ref.: 2238, dated 12/9/2021
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