STUDY THE METHOD OF IMPLEMENTATION OF BORDER GATEWAY PROTOCOL ON IPV4 AND IPV6 INFRASTRUCTURE BY ANALYSIS AND EVALUATE OF SOME PROPERTIES AFFECTING PROTOCOL PERFORMANCE

Abstract

In this paper, we focus on studying the performance of Border Gateway Protocol (BGP) on IPv4 infrastructure compared to IPv6 infrastructure through analysis, experimental simulation and input evaluation, thereby giving recommendations quantitative results in terms of performance, performance, and advantages and disadvantages of the protocol on each individual network infrastructure. Methods of analysis, research and empirical evaluation of BGP used parameters such as: how to choose the path to the destination of the packet; traffic passing through the transmission line; response time and latency; packet loss rate. The research results show that on IPv6 network infrastructure, the BGP protocol works with superior performance and efficiency compared to IPv4 network infrastructure such as the size of BGP packets on IPv6 is higher, the traffic goes through the media is larger and delay is smaller. This will be useful information for designers, administrators and deployers of network infrastructure solutions using the most optimized and most effective BGP protocol in practice.