Abdullah Mohammmed AL Amodi

PhD holder in Telecommunication Engineering with CCNP and MCITP certifications. Expertise in wireless communication technologies and resilient network design. Proven ability to optimize cellular network solutions and systems. Strong organizational skills ensure effective multitasking and achievement of team objectives.

• CCNA, Cisco, 07/01/2012
• MCITP, Microsoft, 07/20/2022

Enhancing the Performance of Heterogeneous Networks Using Optimized Cluster-Based Algorithm, Oct 2022

Computer Networks and Inventive Communication Technologies

A new approach aims to transfer some of the serving cell's load to ensure that the target cell's post-handover load is always less than B, resulting in a 19.99% reduction in standard deviation in low UE speed scenarios and a 7.355% improvement in throughput.

Enhanced performance of long-term evolution small-cell networks using improved mobility algorithms, May 2022

Indonesian Journal of Electrical Engineering and Computer Science

Proposed B, which compares a predefined threshold and the network threshold to categorize medium and overloaded cells, triggers the algorithm based on B. Then, to control the shifted load to a target neighbor cell, proposed a rescue factor, f. The f ensures that the load of the target cell after handover is equal to or less than Ɓ

The Impact of Heterogeneous Ultra-dense Network Technologies on the Performance of 4G and 5G Networks, Nov 2020

International Journal of Innovative Technology and Exploring Engineering (IJITEE)

Discussed the fundamentals of technologies used in small cells. Next, studied small cell management. Self-organizing networks were studied. After that, I reviewed the small cell's power consumption, mobility, and handover. Finally, the real-world experience of mm-waves and MIMO in 5G small cells

Towards on 5G services (Ultra-Reliable Low Latency Service; Requirements, Applications, and Challenges) 54 TOWARDS ON 5G SERVICES (ULTRA-RELIABLE LOW LATENCY SERVICE; REQUIREMENTS, APPLICATIONS, AND CHALLENGES) Mar 2019

The international conference on electrical, electronic, communication & robotic engineering (ICEECR)

URLLC in 5G supports emerging applications with strict reliability and latency requirements. It covers seven mission-critical applications, their latency and reliability needs, and field tests for 4G LTE and trial 5G network results.