Performance Analysis of Enhanced MAC Protocol to Improve Utilization in Multimedia Service
Byung‐Joo Park, Hwan-Souk Yoo, Sang‐Ha Kim
Abstract
Byung‐Joo Park, Hwan-Souk Yoo, Sang‐Ha Kim
Abstract
An Ethernet passive optical network (EPON) is an economical and efficient access network that received significant research attention in recent year. A MAC protocol of the PON, the next generation access network, is based primarily on TDMA (Time Division Multiple Access). In this paper, we addressed the problems of a dynamic bandwidth allocation (DBA) in Fairness and QoS Performance. We augmented the advanced bandwidth allocation algorithms to support efficient resource utilization by reducing the unused remaining bandwidth made by idle state ONUs. Our new proposed advanced bandwidth allocation algorithm can allocate effectively and fairly the bandwidths between end-users.
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An Ethernet passive optical network (EPON) is an economical and efficient access network that received significant research attention in recent year. A MAC protocol of the PON, the next generation access network, is based primarily on TDMA (Time Division Multiple Access). In this paper, we addressed the problems of a dynamic bandwidth allocation (DBA) in Fairness and QoS Performance. We augmented the advanced bandwidth allocation algorithms to support efficient resource utilization by reducing the unused remaining bandwidth made by idle state ONUs. Our new proposed advanced bandwidth allocation algorithm can allocate effectively and fairly the bandwidths between end-users.
Key concepts: Computer network, Computer science, Time division multiple access, Dynamic bandwidth allocation, Bandwidth (computing), Quality of service, Bandwidth allocation, Resource allocation