This report summarizes an experiment on establishing a peer-to-peer connection between two PCs. The experiment used two PCs connected by a copper crossover cable. IP addresses were configured on both PCs. Unlike the client-server model, peer-to-peer networking allows each connected system to both request and provide services, functioning as both client and server. Most peer-to-peer applications focus on media sharing, though the technology also enables anonymous routing, distributed storage, and other functions.

1. Department of Computer Science & Engineering
Course Title: Computer Networking Lab
Course Code: CSE-314
Report On: Peer to Peer Connection
Report No- 1
Submitted to:
Muhammad Taifur Rahman
Lecturer Daffodil International University
Submitted by:
M M Rayhan Parvez
ID: 143-15-4617
Section: F
Submission Date: 14-10-2016

2. Name of The Experiment: Peer to Peer Connection
Tools:
 Two Pc
 Copper Cross-Over Cable
 Cisco Packet Tracer Software
Topology:
Implementation:
First I Took Two PC and Connected Them Using Copper Cross-Over Cable. Then I Configure IP
in Both PC.
Result:
Conclusion:
Peer-To-Peer (P2P) Is A Decentralized Communications Model in Which Each Party Has the
Same Capabilities and Either Party Can Initiate a Communication Session. Unlike The
Client/Server Model, In Which the Client Makes a Service Request and The Server Fulfills the
Request, The P2P Network Model Allows Each Node to Function as Both a Client And Server.
P2P Systems Can Be Used to Provide Anonymized Routing of Network Traffic, Massive Parallel
Computing Environments, Distributed Storage and Other Functions. Most P2P Programs Are
Focused On Media Sharing and P2P Is Therefore Often Associated with Software
Piracy and Copyright Violation.

3. Video Link:
https://www.youtube.com/watch?v=oyUmn0PxwHk