Thursday 18th of April 2024
 

Handover Priority Schemes for Multi-Class Traffic in LEO Mobile Satellite Systems


Amr Salah El-Din Hashem Matar, Gamal Abd-Elfadeel, Ibrahim Ismail Ibrahim and Hesham Mahmoud Zarif Badr

In this paper, an analytical framework is developed to evaluate the performance of complete sharing (CS) with two different handover priority schemes for multi-class traffic in Low Earth Orbit-Mobile Satellite Systems (LEO-MSS). In the first priority scheme, the handover requests are given the higher priority using queuing scheme with also taking into consideration the priority between classes of traffic. Where, in the second priority scheme a combination of guard channel and queuing of handover requests scheme is developed.

Keywords: Complete Sharing, Queuing, Multi-class traffic, LEO.

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ABOUT THE AUTHORS

Amr Salah El-Din Hashem Matar
Demonstrator at Department of Communication, Electronics and Computer Engineering Faculty of Helwan Engineering, University of Helwan Cairo, Egypt

Gamal Abd-Elfadeel
Professor at Department of Communication, Electronics and Computer Engineering Faculty of Helwan Engineering, University of Helwan Cairo, Egypt

Ibrahim Ismail Ibrahim
Professor at Department of Communication, Electronics and Computer Engineering Faculty of Helwan Engineering, University of Helwan Cairo, Egypt

Hesham Mahmoud Zarif Badr
Professor at Department of Communication, Electronics and Computer Engineering Faculty of Helwan Engineering, University of Helwan Cairo, Egypt


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