This article discusses network performance analysis using Wireshark and TCP capture. It covers the analysis of protocols and websites for network traffic usage, window scaling, and throughput. It also provides insights on packet flow and detection of lost packets. The article includes graphs and figures to support the analysis.

Analyze network traffic with Wireshark and TCP capture for performance insights, including packet flow, lost packets, and website usage.

Network Performance Analysis - Desklib

Network Performance Analysis

This report provides a detailed analysis of networking using protocol analysers to gather information about the network based on the type of packets and protocols being investigated. It covers the investigation of various websites, including their key protocols, load distribution, throughput graph, time sequence graphs, flow graph, and windows scaling graph. The report also explores the live streaming delivery of audio over TCP and includes analysis with TCP stream graphs and TCP sequence graphs.

Networking Analysis

The report analyzes different types of networks and their parameters, including load distribution, throughput graph, time sequence graph, flow graph, and window-scaling graph. It demonstrates the connection factors involved in networking using various websites. The report includes answers to questions about different protocols in unfiltered packet listings and provides graphs for different websites. It also includes TCP stream graph and time sequence graph. The report concludes with a summary of the demonstration and bibliography.

Analysis of Networking Applications

This article explains how to analyze load distribution, throughput, time sequence and flow graphs using Wireshark. It also covers the protocols captured and their processing time. The article then analyzes data for websites like sbs.com.au, amazon.com.au and howeverythingworks.org.

Hartpury University and Hartpury College

Wireshark: Analyzing Load Distribution, Throughput, Time Sequence and Flow Graphs

The report is prepared for the comparison of the three websites in the task one and one website in task two for the analysis of the load distribution, throughput, time sequence, flow graph and the windows scaling Graph for the development of the report. The wireshark packet capture option is turned on the websites are visited for the analysis of the performance of the website and finding the distribution of the load.

Analyse Network Performance

Computer Engineering 1

This article explains how different website packets have been analyzed with Wireshark, a packet sniffer software that captures and analyzes packets flowing in a network. The result that are produced by the software are totally different from each other. This is an indication that servers respond differently to request send by clients.

The University Of Newcastle Australia

Analyzing Website Packets with Wireshark

This report analyses the performance of a network solution using Wireshark and identifies the loads and performance of the network. The report explains the data captured, significance of the project, and the output of the graphs in terms of network performance. The report includes different types of graphs such as load distribution, throughput, time sequence, flow graph and windows scaling graph for analysing the performance.

Network Performance Analysis

About This Document

Networking Analysislg...

Analysis of Networking Applicationslg...

Wireshark: Analyzing Load Distribution, Throughput, Time Sequence and Flow Graphslg...

Analyse Network Performancelg...

Analyzing Website Packets with Wiresharklg...

Analyse Network Performancelg...

Networking Analysis

Analysis of Networking Applications

Wireshark: Analyzing Load Distribution, Throughput, Time Sequence and Flow Graphs

Analyse Network Performance

Analyzing Website Packets with Wireshark

Analyse Network Performance