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ECE 4110 Lab 3: Network Topology and Configuration, Lab Reports of Electrical and Electronics Engineering

Georgia Institute of Technology - Main CampusElectrical and Electronics Engineering

The tasks for ece 4110 lab 3, which include building a network topology, configuring static routing, setting up dns servers, calculating throughput and data transfer rates, and creating a firewall configuration. Students are required to identify addressing and netmask issues, configure hosts and routers, and test firewall functionality.

Typology: Lab Reports

Pre 2010

Uploaded on 08/05/2009

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koofers-user-lk3-2 🇺🇸

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ECE 4110 - Lab 3
Network topology issues
Due Oct 21
1) Build a new network topology as shown. Identify all addressing, netmask, routing
tables, hostname, etc, issues. Use static routing.
2) Configure Host1, Host2, and Host3 to be in the DNS domain
“4110.dnal.gatech.edu”. Use Host1 as a primary (master) server, and Host 2 as a slave
server. Correctly configure resolv.conf for each host.
3) Use the programs written in lab 2 to calculate maximum sustained raw throughput,
and net “data transfer rate” for the following cases. Tabulate your results and explain what
is happening in each case.
1 UDP session across the RS-232 link
2 UDP sessions across the RS-232 link
1 TCP session across the RS-232 link
3 TCP sessions across the RS-232 link
2 UDP sessions and 2 TCP sessions across the RS-232 link
4) Create a firewall filtering configuration on router 2 to block inbound telnet sessions.
Demonstrate that this works correctly (ie, Host2 can telnet to Host3, but Host1 cannot).
To Internet via DNAL & GTREP, etc
4110srv
r
Host1
Router 1
Host2 Host3
Router 2
RS-232 link

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ECE 4110 - Lab 3

Network topology issues

Due Oct 21

  1. Build a new network topology as shown. Identify all addressing, netmask, routing tables, hostname, etc, issues. Use static routing.

  2. Configure Host1, Host2, and Host3 to be in the DNS domain “4110.dnal.gatech.edu”. Use Host1 as a primary (master) server, and Host 2 as a slave server. Correctly configure resolv.conf for each host.

  3. Use the programs written in lab 2 to calculate maximum sustained raw throughput, and net “data transfer rate” for the following cases. Tabulate your results and explain what is happening in each case. 1 UDP session across the RS-232 link 2 UDP sessions across the RS-232 link 1 TCP session across the RS-232 link 3 TCP sessions across the RS-232 link 2 UDP sessions and 2 TCP sessions across the RS-232 link

  4. Create a firewall filtering configuration on router 2 to block inbound telnet sessions. Demonstrate that this works correctly (ie, Host2 can telnet to Host3, but Host1 cannot).

To Internet via DNAL & GTREP, etc

4110srvr Host

Router 1

Host2 Host

Router 2 RS-232 link