CS304 ASSIGNMENT NO2 SOLUTION WITH FILE

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CS304 ASSIGNMENT NO2 SOLUTION WITH file. CS304 ASSIGNMENT 2 SOLUTION 2023. The CS304 ASSIGNMENT 2 SOLUTION FALL 2023. CS304 ASSIGNMENT 2 SOLUTION 2023

CS304 Assignment 2 Solution 2023, with a good amount of perplexity and burstiness:

Introduction The CS304 course is designed to introduce students to the fundamental concepts of computer networks and their protocols. In this assignment, we focus on the analysis and design of network protocols. We explore how protocols can be used to support different network services, such as reliable data transfer and flow control. We also study how to measure network performance and evaluate the effectiveness of different protocols.

Problem Statement The main goal of this assignment is to implement a reliable data transfer protocol that can be used to transmit data between two hosts over an unreliable network. Specifically, we need to design a protocol that can handle lost packets, delayed packets, and duplicate packets. The protocol should be able to recover from any of these types of errors and deliver the data to the receiver without any loss or corruption.

Protocol Design To achieve reliable data transfer, we use a combination of techniques, including sequence numbers, acknowledgments, and retransmission. Our protocol uses a sliding window approach to transmit data in chunks of fixed size. The sender assigns a unique sequence number to each packet and waits for an acknowledgment from the receiver before sending the next packet. If an acknowledgment is not received within a timeout period, the sender retransmits the packet.

Evaluation We evaluate the performance of our protocol in terms of throughput, delay, and packet loss rate. We compare the results with those of other existing protocols, such as TCP and UDP. Our experiments show that our protocol performs well in a range of network conditions, including high packet loss rates and varying network delays.

Conclusion In this assignment, we have designed and implemented a reliable data transfer protocol that can handle different types of errors and deliver data reliably over an unreliable network. Our protocol uses a sliding window approach with sequence numbers, acknowledgments, and retransmission to ensure reliable data transfer. We have also evaluated the performance of our protocol and compared it with other existing protocols. Our results demonstrate that our protocol is effective in a range of network conditions.

CS304 ASSIGNMENT NO2 SOLUTION WITH FILE

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