Computer networks - Run my testbed experiment

Run my testbed experiment

Computer networks

A collection of 6 posts

Computer networks

Address resolution protocol (ARP)

In this experiment, we will examine how ARP is used in IPv4 networks - * to resolve IPv4 addresses of neighbors into link layer MAC addresses * and to keep track of the neighbor reachability. It should take about 60 minutes to run this experiment. You can run this experiment on CloudLab,

Computer networks

Inspecting network traffic with tcpdump and Wireshark

In this experiment you will practice using tcpdump and Wireshark, two software applications for packet capture and packet analysis. Using these applications, we can capture raw network data as it arrives at or leaves any host in our experiments, save the raw network packets in a file, and analyze the

Computer networks

Static routing within and between IPv4 networks

In these exercises, you will observe how routing principles apply when packets are forwarded by a router from one network segment to the next. It should take about 60-120 minutes to run this experiment. You can run this experiment on FABRIC, CloudLab, or Chameleon. Refer to the testbed-specific prerequisites listed

Computer networks

TCP congestion control

This experiment shows the basic behavior of TCP congestion control. You'll see the classic "sawtooth" pattern in a TCP flow's congestion window, and you'll see how a TCP flow responds to congestion indicators. It should take about 1 hour to run this

Computer networks

Basic home gateway services: DHCP, DNS, NAT

Most Internet-connected homes use a home network gateway to connect a local area network (LAN) in the home, to a wide area network (WAN) such as the Internet. In this experiment, we will look at some of the services that are always or often included on these gateways: * routing between

Computer networks

Operation of a basic Ethernet switch or bridge

In this experimental demonstration of the basic operation of a layer 2 switch/bridge, we will see: * how to set up a layer 2 bridge on Linux, * how a bridge or switch learns MAC addresses and updates its forwarding table, and how it forwards, filters, or floods a frame depending