PERFORMANCE ANALYSIS OF VIDEO ON DEMAND AND VIDEO STREAMING ON THE NETWORK MPLS TRAFFIC ENGINEERING

Abstract

Video on Demand (VoD) and video streaming is a type of service used on multimedia networks
through the internet (www) to make things easier users access the broadcast that is life. This requires a reliable
network for the video to be displayed get maximum results, where this research implemented using MPLS-TE
(Multi-Protocol Label Switching-Traffic Engineering). The key feature of MPLS is its TE, which plays a vital
role in minimizing the congestion by efficient load balancing and management of the network resources. Due
to lower network delay, efficient forwarding mechanism, enhancing the speed of packet transfer, scalability
and predictable performance of the services provided by MPLS technology makes it more suitable for
implementing real-time applications such as VoIP and video streaming. This paper evaluated the performance
measures such as transfer time, delay, throughput using OSPF as routing protocol and tunneling to determine
the inside path the process of different types of traffic (video on demand, video streaming) in their movement
in a network MPLS-TE. Test results from Quality of Service (QoS) analysis taken minimum delay value in the
reference journal MPLS-VPN which reached 9.0 while the maximum value in MPLS-TE obtained on the
analysis that is with the value 0.015.