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Development of Measurement-based Admission Control Algorithm for Edge Carrier Ethernet Network to Reduce Packet Loss and Improve Bandwidth Utilization.

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– Development of Measurement-based Admission Control Algorithm for Edge Carrier Ethernet Network to Reduce Packet Loss and Improve Bandwidth Utilization –

Download Development of Measurement-based Admission Control Algorithm for Edge Carrier Ethernet Network to Reduce Packet Loss and Improve Bandwidth Utilization. Computer Engineering students who are writing their projects can get this material to aid their research work.

Abstract

Admission Control is a vital component for end-to-end Quality of Service (QoS) delivery in a packet flow network. It is more effective when implemented at the edge of the network. The edge of a mobile network is dominated by a multiplexer which either uses Synchronous Digital Hierarchy (SDH) or Wavelength Division Multiplexing (WDM) for transport. 

 The edge of the carrier Ethernet network suffers QoS due to packet loss and underutilization of bandwidth. Measurement-Based Admission Control (MBAC) Algorithm which reduced the IP Packet Loss Ratio (IPLR) of WDM system by 30.36% and SDH system by 25.34% was set to be achieved in this work.

Introduction

Wireless mobile network services have evolved over time from low bandwidth consumption services to high bandwidth consumption services (Cisco, 2016).

This has forced network providers to upgrade their mobile backhaul to IP-based because these high bandwidth consumption services (like streaming media, video, and interactive gaming) are IP-based that require an IP-based network.  

These different services require Quality of Service (QoS) which must be supported by a well-defined IP and Ethernet-based network.

A well-defined IP- and Ethernet-based network which should satisfy the QoS requirements of these services must exercise admission control at the edge and core of its network to control the amount of traffic injected into its network (Heena et al, 2011).

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