Performance Comparison of Video Protocols Using Dual-Stack and Tunnelling Mechanisms

Optimized Routing Information Exchange in Hybrid IPv4-IPv6 Network using OSPFV3 & EIGRPv6

“…Further very close related works of this paper are [1,16,17,19,28,29] in which the researchers compared and analyzed the performance of dissimilar routing protocols in hybrid IPv4-IPv6 network based on user traffic. Research studies [19,28,29,31] focused on transition methods.…”

“…Researchers discussed in detail the pros and cons of different transition methods in terms of QoS and security perspective. In [16], the researchers investigated the video protocols traffic in dual-stack and tunneling (IPv6to4 and IPv6in4). Results showed that EIGRPv6 gave better performance in terms of packet loss and CPU utilization in dual stack transition method.…”

“…It is a transition technique. It allows to IPv4 supported device to communicate with only IPv4 supported while IPv6 based nodes can communicate explicitly with IPv6 based nodes [16]. However, IPv6 based nodes can't communicate with IPv4 nodes.…”