A Versatile Resilience Packet Ring Protocol Model for Homogeneous Networks

Optimizing routes and paths improves network performance. Due to the encapsulation tunneling of packets, mobile IP-based communication contributes packet drops or significant delays between sender receiver. Packet loss during handoff reduces TCP throughput as well. One solution is use IEEE 802.11 Medium Access Control (MAC) protocol UDP models increase routing In linkage homogeneous networks, it challenging determine route failure. addition, MAC also uses a link connection. As result, re-covering entire path takes longer time. Thus, improving wired wireless node handover both critical. To overcome this challenge, we propose Versatile Resilience Ring (VRPR)-based model. paper, novel VRPR-based model that allows uninterrupted in media. VRPR used layer avoid buffer overflow client mobility. Our new identifies cause failure, whether due mobility (handover), breakage (channel degradation), overflow. We evaluate our based on three performance factors, namely, delay, packet, loss, compared Enhanced-VRPR-based outperforms current models. validate through OMNet++ simulations.