Network Coding for End-to-End Connectivity in Underwater High Speed Communication Networks

Community coding is a critical generation advanced in recent years for enhancing stop-to-give-up connectivity in underwater excessive-pace communication networks. It permits a couple of nodes to trade their data more efficiently, creating a network that is more remarkably resilient to packet loss. Underwater high speed communication networks are essential for a wide range of applications, such as oceanographic data collection, offshore exploration, and underwater surveillance. However, these networks are subject to various challenges, including limited bandwidth, high error rates, and long propagation delays. Network coding has emerged as a promising solution for improving end-to-end connectivity in these challenging environments. This technique allows nodes in the network to combine multiple data packets into a single coded packet, increasing the robustness of the network and improving data transmission efficiency. In this abstract, we review the current state of network coding in underwater high speed communication networks and discuss its potential to enhance end-to-end connectivity. We also highlight ongoing research efforts and potential future directions for the application of network coding in this domain. Through our analysis, we demonstrate the significant potential of network coding for achieving reliable and efficient communication in underwater high speed networks. Moreover, community coding generation makes use of small blocks of bits, which makes it more power-green than traditional techniques. Similarly, the use of network coding is augmented through the development of novel circulate-layer protocols.