Dr. Muhammad Hasibur Rashid Chayon

Associate Professor,  

Department of Computer Science & Engineering

Chair, IUBAT Innovation & Entrepreneurship Centre(IIEC)

IUBAT—International University of Business Agriculture and Technology         

 
Member, Young Professionals & Computer Society BD Chapter, IEEE

Executive Committee Member, IEEE ComSoc Bangladesh Chapter

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Muhammad Hasibur Rashid Chayon obtained his BSc Engineering degree in Computer Science & Engineering from SUST, Sylhet, Bangladesh in 2007, and the MSc degree in Computer Systems & Networking from The University of Greenwich, London, the UK in 2009. He completed his Ph.D. in 2018 from the University of Malaya in ‘LTE-Advanced’ under the Department of Electrical Engineering. He is now working as Associate Professor in Computer Science & Engineering Department at IUBAT, Dhaka, Bangladesh. His areas of research include scheduling algorithms, CoMP, 5G, and IoT. He is a professional member of IEEE.

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Latest publications:

Downlink Radio Resource Management Through CoMP and Carrier Aggregation for LTE-Advanced Network

Enhance Quality of Service of cell-edge user by extending Modified Largest Weighted Delay First algorithm in LTE network

Education.

  • 2014-2018

    The University of Malaya, Kuala Lumpur, Malaysia

    PhD. in Wireless Communication (LTE-Advanced)

    • Published 3 high impact journal papers in ISI journals and two IEEE conference papers

  • 2008-2009

    The University of Greenwich, London, United Kingdom

    M.Sc. in Computer Systems & Networking

    • Selected for Graduate Internship in a local company among all fresh graduates

  • 2002-2007

    Shahjalal University of Science & Technology, Sylhet, Bangladesh

    B.Sc. in Computer Science & Engineering

    • Published two IEEE conference papers based on thesis work

Research Area.

Scheduling Algorithms

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Check my projects:

Investigation of rabbit’s neuronal reaction What is the main factor of peoples agression?

CoMP

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Check my projects:

Investigation of rabbit’s neuronal reaction What is the main factor of peoples agression?

5G

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Check my projects:

Investigation of rabbit’s neuronal reaction What is the main factor of peoples agression?

IOT

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Check my projects:

Investigation of rabbit’s neuronal reaction What is the main factor of peoples agression?

Advanced Networking

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Check my projects:

Investigation of rabbit’s neuronal reaction What is the main factor of peoples agression?

Publications.

Downlink Radio Resource Management Through CoMP and Carrier Aggregation for LTE-Advanced Network

Wireless Personal Communications, 1-25, 2020 doi: 10.1007/s11277-020-07581-y (ISI-Cited Publication, Impact Factor 0.929)

An efficient downlink radio resource management scheme is proposed in this paper by combining the coordinated multipoint transmission and reception technique along with carrier aggregation technique to achieve higher throughput for the cell-edge user and better overall performance. The proposed method jointly transmits multiple component carriers to the cell-edge user from different cells to increase the bandwidth, strengthen the received signal, and reduce the interference while it satisfies several constraints.

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Enhance Quality of Service of cell-edge user by extending Modified Largest Weighted Delay First algorithm in LTE network.

Symmetry, vol. 9,2017, p. 81 (ISI-Cited Publication,Impact Factor 2.143)

Long Term Evolution (LTE) is the prominent technology in Fourth Generation (4G) communication standards, which provides higher throughput and better Quality of Service (QoS) to all users. However, users in the cell-edge area are receiving comparatively low QoS due to the distance from eNodeB (eNB) and bad channel conditions. The Conventional Modified Largest Weighted Delay First (MLWDF) algorithm is unable to resolve this issue, as it does not consider the location of the user. This paper proposes an extended MLWDF (EMLWDF) downlink scheduling algorithm to provide better services to the cell-edge user as well as to the cell-center user.

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An Improved Radio Resource Management with Carrier Aggregation in LTE-Advanced.

Applied Sciences, vol. 7,2017, p. 394 (ISI-Cited Publication, Impact Factor 2.217)

This paper considers the radio resource management problem by zooming into the head of line delay, probability of packet loss, and the delay threshold for different types of data. In doing this, several constraints are imposed following the specifications of LTE-A system. Hence, an improved method is developed in this study to enhance the system throughput and to maintain the computational complexity. Extensive simulations were carried out with other well-known methods to verify the overall performance of the proposed method. The result obtained indicates that the proposed method outperforms the previous methods in the measurement of average user throughput, average cell throughput, fairness index, and spectral efficiency

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Experience.

Contact.

chayon@iubat.edu 

  • Dr. Muhammad Hasibur Rashid Chayon
  • Room # 418. 4th floor.
  • Department of Computer Science and Engineering,
  • International University of Business Agriculture and Technology