Citation:
Matar, A. S. , Ibrahim, I. I. , Elfadeel, G. A. , & Badr, H. M. Z. . (2012). Complete Partitioning Policy with Different Handover Priority schemes for Multi-Class Traffic in LEO Mobile Satellite Systems. In The Fourth International Conference on Advances in Satellite and Space Communications (pp. 41-47). Retrieved from https://www.researchgate.net/publication/236162848_Complete_Partitioning_Policy_with_Different_Handover_Priority_schemes_for_Multi-Class_Traffic_in_LEO_Mobile_Satellite_Systems
Abstract:
In this paper, an analytical framework is developed to evaluate the performance of complete partitioning (CP) policy with two different handover priority schemes for multi-class traffic in Low Earth Orbit-Mobile Satellite Systems (LEO-MSS). The queuing of handover requests priority scheme is examined as the first priority scheme. Where, in the second priority scheme a combination of guard channel and handover request queuing priority schemes is developed.
