Evaluating the Implementation of NFD, MW-NFD, and YaNFD in NDN-Base Video Streaming System

Named Data Network (NDN) is a future network that solves several problems with the existing internet network architecture. The main advantage of named data networks is that each NDN router utilizes content caching, which allows users to obtain requested data packets more quickly and efficiently. NDN operates by sending packets to specific destination addresses to retrieve material specified by name, eliminating the requirement for users to rely on IP addresses to access online content; instead, NDN uses content names. Today, internet network technology continues to evolve, resulting in a growth in demand for video content each year. As a result, optimizing and transmitting movies requires video access speed for clients seeking content from servers. This paper will investigate Network Forwarding Daemon (NFD), Multi Worker - Network Forwarding Daemon (MW-NFD), and Yet Another Networking Daemon (YaNFD) as forwarding algorithms for NDN-based video streaming. The main purpose of a forwarding system is to facilitate the transport of data packets that meet demand. This research emphasizes the varied findings while showing that the access speed will be increased or accelerated due to the caching capability in NDN networks by examining the differences between NFD, MW-NFD, and YaNFD.