n Test to be implemented in a board. Creating a new topology with size and parameters. Downloaded 4/15/2022 9:44:49 AM Nova Southeastern University IP Address: 137.52.76.29 Simulation on SDN and NFV Models Through Mininet Link varieties to be screened. Adjustable Verbosity in a both hosts. Custom Topologies to be delineate. ID = MAC is a character/check XTerm Display to be available. Other Switch Types must be checked. Mininet Benchmark must be accessible. Everything in its own Namespace (client switch for customer or server) Part 3: The Command-Line Interface (CLI) of Mininet to be executed Showing the Options on screen. Execute the Python Interpreter. Confirmation of the network status. Execute the XTerm Display operations. Part 4: Python API Examples can check. SSH daemon per each host. Part 1: Mininet Usage Daily Firstly, make a note on charge language structure for this Exercise: $ Proceeds Linux orders that must be written as a shell script. Mininet> continues Mininet charges that must be specified at the Command Line Interface. # continues Linux orders that are written at a root/visitor shell incite In each experiment, each charge ought to be written to one side of the provoke (and after that press return). Display Startup Options The command line options for Mininet startup are to be followed. Type the following commands for help message describing Mininet's startup options: Downloaded: 4/15/2022 9:44:49 AM Nova Southeastern University IP Address: 137.52.76.29 Simulation on SDN and NFV Models Through Mininet $sudo mn -h I This command will give the typical usage of the listed options Start Wireshark For viewing the control traffic using OpenFlow Wireshark dissector, first open Wireshark panel in the background: $sudo Wireshark & In the Wireshark filter box, enter this filter, and then click Apply: In Wireshark, click Capture, at that point Interfaces, at that point select Start on the loopback interface (lo). For the present, there ought to be no OpenFlow bundles shown in the primary window. Note: Wiresha