# Performance Analysis of Mesh Based Enterprise Network Using RIP, EIGRP and OSPF Routing Protocols +
## 4 Scenario Analysis  
Figure 2 shows a full mesh topology with OSPF, EIGRP and RIP routing protocols.  
The next step is to test the system after all the settings and perform the configurations. The network topology is testing the scenario shown in Figure 3.  
Figure 2: Proposed mesh based simulation enterprise wireless sensor network.  
The underlying structure created a complete lattice geography reconstruction using ten routers; each router directly connected to its neighbors' routers. Additionally, each of these routers will serve a single client, as seen in Table 1.  
According to Table 1, a topology of RIP, EIGRP and OSPF network and router configuration on route 1 to 10. Next the IP client on the other PC is chosen. The ping command used on each network to check for network connectivity in the following experiment, which is completed successfully. Afterward, the process of transmitting data packets from one network to another is carried out via traceroute, as seen in Figure 4a-c.  
\begin{table}
\begin{tabular}{c c c c c c c c c} \hline \hline \multicolumn{2}{c}{**Router–1**} & \multicolumn{2}{c}{**Router–2**} & \multicolumn{2}{c}{**Router-3**} & \multicolumn{2}{c}{**Router-4**} & \multicolumn{2}{c}{**Router-5**} \\ \hline \hline GO/0 & 193.169.1.1 & G0/0 & 193.169.11.1 & G0/0 & 193.169.20.1 & G0/0 & 193.169.30.1 & G0/0 & 193.169.40.1 \\ G1/0 & 193.169.2.1 & G1/0 & 193.169.2.2 & G1/0 & 193.169.3.2 & G1/0 & 193.169.4.2 & G1/0 & 193.169.5.2 \\ G2/0 & 193.169.3.1 & G2/0 & 193.169.12.1 & G2/0 & 193.169.12.2 & G2/0 & 193.169.13.2 & G2/0 & 193.169.14.2 \\ G3/0 & 193.169.4.1 & G3/0 & 193.169.13.1 & G3/0 & 193.169.22.1 & G3/0 & 193.169.22.2 & G3/0 & 193.169.23.2 \\ G4/0 & 193.169.5.1 & G4/0 & 193.169.14.1 & G4/0 & 193.169.23.1 & G4/0 & 193.169.31.1 & G4/0 & 193.169.31.2 \\ G5/0 & 193.169.6.1 & G5/0 & 193.169.15.1 & G5/0 & 193.169.24.1 & G5/0 & 193.169.32.1 & G5/0 & 193.169.41.1 \\ G6/0 & 193.169.7.1 & G6/0 & 193.169.16.1 & G6/0 & 193.169.25.1 & G6/0 & 193.169.33.1 & G6/0 & 193.169.42.1 \\ G7/0 & 193.169.8.1 & G7/0 & 193.169.17.1 & G7/0 & 193.169.26.1 & G7/0 & 193.169.34.1 & G7/0 & 193.169.43.1 \\ G8/0 & 193.169.9.1 & G8/0 & 193.169.18.1 & G8/0 & 193.169.27.1 & G8/0 & 193.169.35.1 & G8/0 & 193.169.44.1 \\ G9/0 & 193.169.10.1 & G9/0 & 193.169.19.1 & G9/0 & 193.169.28.1 & G9/0 & 193.169.36.1 & G9/0 & 193.169.45.1 \\ PC & 193.169.1.1.0 & PC & 193.169.11.10 & PC & 193.169.20.10 & PC & 193.169.30.10 & PC & 193.169.40.10 \\ \hline \multicolumn{2}{c}{**Router–6**} & \multicolumn{2}{c}{**Router-7**} & \multicolumn{2}{c}{**Router-8**} & \multicolumn{2}{c}{**Router-8**} \\ \hline \hline GO/0 & 193.169.50.1 & G0/0 & 193.169.60.1 & G0/0 & 193.169.70.1 & G0/0 & 193.169.80.1 & G0/0 & 193.169.90.1 \\ G1/0 & 193.169.62. & G1/0 & 193.169.72.1 & G1/0 & 193.169.82 & G1/0 & 193.169.92.2 & G1/0 & 193.169.10.2 \\ G2/0 & 193.169.15.2 & G2/0 & 193.169.16.2 & G2/0 & 193.169.17.2 & G2/0 & 193.169.18.2 & G2/0 & 193.169.19.2 \\ G3/0 & 193.169.24.2 & G3/0 & 193.169.25.2 & G3/0 & 193.169.26.2 & G3/0 & 193.169.27.2 & G3/0 & 193.169.28.2 \\ G4/0 & 193.169.32.2 & G4/0 & 193.169.33.2 & G4/0 & 193.169.34.2 & G4/0 & 193.169.35.2 & G4/0 & 193.169.36.2 \\ G5/0 & 193.169.41.2 & G5/0 & 193.169.42.2 & G5/0 & 193.169.43.2 & G5/0 & 193.169.44.2 & G5/0 & 193.169.45.2 \\ G6/0 & 193.169.51.1 & G6/0 & 193.169.51.1 & G6/0 & 193.169.52.2 & G6/0 & 193.169.53.2 & G6/0 & 193.169.54.2