Different Resource Sharing Policies under a General Channel Management Strategy for Multi-Class Traffic in LEO-MSS
An analytical framework for the efficient evaluation of the performance of complete sharing (CS) and complete partitioning (CP) resource sharing policies under a newly proposed general channel management strategy for multi-class traffic in Low Earth Orbit-Mobile Satellite Systems (LEO-MSS) is presented.
This strategy gives a higher priority to handover calls over new calls by combine the guard channel scheme, the queuing priority scheme and the sub-rating scheme in such a way to reduce the forced termination probability of handover calls with little impact on other system performance measure, such as new call blocking probability and unsuccessful call probability.
Keywords: Complete Sharing, Complete Partitioning, Sub-rating, Multi-class traffic, LEO.
Download Full-Text
ABOUT THE AUTHORS
Amr Salah El-Din Hashem Matar
Department of Communication, Electronics and Computer Engineering, Faculty of Helwan Engineering, Helwan University.
Gamal Abd-Elfadeel
Department of Communication, Electronics and Computer Engineering, Faculty of Helwan Engineering, Helwan University.
Ibrahim Ismail Ibrahim
Department of Communication, Electronics and Computer Engineering, Faculty of Helwan Engineering, Helwan University.
Hesham M. Z. Badr
Department of Communication, Electronics and Computer Engineering, Faculty of Helwan Engineering, Helwan University.
Amr Salah El-Din Hashem Matar
Department of Communication, Electronics and Computer Engineering, Faculty of Helwan Engineering, Helwan University.
Gamal Abd-Elfadeel
Department of Communication, Electronics and Computer Engineering, Faculty of Helwan Engineering, Helwan University.
Ibrahim Ismail Ibrahim
Department of Communication, Electronics and Computer Engineering, Faculty of Helwan Engineering, Helwan University.
Hesham M. Z. Badr
Department of Communication, Electronics and Computer Engineering, Faculty of Helwan Engineering, Helwan University.
