add to the previous msg $8.$ Results Visualization

$$ Using matplotlib use the data in network$\_$events.log and the

results that you$$ve got from calculating throughput and

latency and produce these three graphs:

$1.$ Throughput Over Time: Use a line plot to show

throughput for each protocol over time.

$2.$ Latency Distribution: Plot a histogram or box plot for

latency across all connections.

$3.$ Protocol Usage: Use a bar chart to show the number

of packets per protocol $($Ethernet$,$ TCP$,$ UDP$)$ and the

unique counts of IP and MAC addresses. $9.$ Graceful Termination and Final Statistics

$$ Implement a keyboard interrupt handler to stop packet sni$8$ing.

$$ Upon termination, print final network statistics, including the

total number of connections, unique addresses, and average

packet sizes.

Submission Rules

$1.$ The final submission date is $23/11/2024,11$:$59$ pm$.$

$2.$ You should submit a zip file that includes:

i$.$ Your Code $($Python File$).$

ii$.$ Your Report $($PDF File$).$

iii. The results graphs.

iv$.$ The log document: network$\_$events.log$.$

$3.$ Submit your code in a Python file. It will be assessed for functionality

and logic. Non$-$functional code will lose points. You will be marked

on your coding practices, following naming rules, commits and

producing a clean code.

$4.$ Submit a report explaining the logic of your project, your code, and

how you produced your results. The report should be at least two

pages long and cover the following:

a$)$ Introduction.

b$)$ Project outlines.

c$)$ Functions used.

d$)$ Results $($including screenshots and graphs$).$

e$)$ Discussion section on the network environment where testing

was conducted. $.$ The code and report will be checked for plagiarism and AI

generation. Violations will result in a zero score for the entire

project, with no exceptions