Effect of link failure on QoS parameters under the influence of field and generation size in wireless network

Abstract

Monitoring trails can be used to identify faults in any wireless network connection. The problem with such systems is that it is frequently impossible to differentiate links based on their expected conditions in various network topologies. Random linear network coding (RLNC), delivers compression as needed in each specific network by operating decentralize dly and tolerating network changes or link failures, naturally generalising error exponents. We employ RLNC to investigate the impact of link failure conditions on QoS measures such as latency, congestion, and loss rates. The results of the studies demonstrate that the QoS parameters are not severely impacted even in the event of link failure.