NIT1104 Computer Networks

NIT1104 Computer Networks

Phase 3: Implementation

Block #, Semester 1, Year

Student ID Name Contribution (#) %

Piyush Subedi 33

Prayas Acharya 33

Rashmi Aryal34

Total 100

#

In the contribution column, each student writes a comprehensive reflection detailing your contribution, experience and what you learned from it.

You may consider answering the following questions:

What did you do?

How did you do it?

What did you learn?

What is working and what is not working?

Contents

TOC o "1-3" h z u Introduction PAGEREF _Toc72339424 h 5Network Diagram (if different from the phase 2) PAGEREF _Toc72339425 h 5Reason for changes PAGEREF _Toc72339426 h 5Routing and switching protocols PAGEREF _Toc72339427 h 5Router and Switch Configuration PAGEREF _Toc72339428 h 5IP Addressing mapping summary PAGEREF _Toc72339429 h 5Screen shots from packet tracker (ping connectivity) PAGEREF _Toc72339430 h 5Conclusion PAGEREF _Toc72339431 h 5References PAGEREF _Toc72339432 h 5

IntroductionA group of two or more computers connected to exchange data electronically is known as a computer network. In addition to physically linking computer and communication devices, a network system provides the critical function of providing an unifying architecture that enables a range of equipment types to transport information in a fairly seamless manner. We have chosen the type of IP address to use and the number of hosts in the network during this step. We also located the network's subnet. There are two main types of networks: local area networks (LANs) and wide area networks (WANs). Wi-Fi, Ethernet cables, fibre optics, and other fast-moving data lines are used by LANs to connect PCs and other peripherals in confined spaces.

Network Diagram (if different from the phase 2)

Routing and switching protocolsRouter and Switch ConfigurationInclude the following details:

configuration commands used for routers and switches

a screenshot of Packet Tracer showing a simplified solution of the designed LAN. Minimal requirement for a pass is the simplified implementation on Packet Tracer with 2 computers in each sub-network. (Consider only two labs, and an office)

-Screenshots from Packet Tracer showing you can connect between sub-networks (using ping to verify the connectivity).

IP Addressing mapping summaryScreen shots from packet tracker (ping connectivity)ConclusionInclude a brief conclusion

References