Write a well$-$organized report, which will include:

$(1)$ Table of Content

$(2)$ Introduction

$(3)$ General flow chart $($logic$)$ of the simulation program and$/$or GANTT Charts

$(4)$ Well$-$presented final results including tables and discussion

$$ Discussion and Tables $($see below$)$ for

o U $($CPU utilization$),$

o Tw $($waiting times$)$

o Ttr $($turnaround times$),$

o Rt$($response times$)$

$$ for all processes and averages for each algorithm$($see FCFS below$)$

o Compare results SJF$,$ FCFS$,$ MLFQ

$(5)$ Sample of dynamic execution $($program output$)$

$---$This information should be displayed for each context switch

$$ Current Execution time

$$ Running process

$$ The Ready queue, with the CPU burst time for each process

$$ The Processes in I$/$O with the remaining time for every process for its I$/$O burst

completion

$$ Indicate when a process has completed its total execution.

$(6)$ Results printed at the end of each simulation

This information should be displayed at the end of each simulation

$1.$ Total time needed to complete all $8$ processes.

$2.$ CPU utilization $-[\%]($U$).$

$3.$ Waiting times for each process and the average waiting time for all processes $($Tw$)$

$4.$ Turnaround time for each process and the average turnaround time.$($Ttr$)$

$5.$ Response time for each process and the average response time $($Tr$).$

$(7)$ Well commented source code

The grading will be based on the following

$(1)$ Program structure and organization

$(2)$ Overall report

$(3)$ Final results and discussion

$2$

Table of results comparison $($SJF$,$ FCFS$,$ MLFQ$)$

SJF FCFS MLFQ

CPU utilization $85\mathrm{.}34\%$

Avg Waiting time $($Tw$)185\mathrm{.}25$

Avg Turnaround time $($Ttr$)521\mathrm{.}37$

Avg Response time $($Tr$)24\mathrm{.}37$

$3$

SJF CPU utilization: FCFS CPU utilization: $85\mathrm{.}34\%$ MLFQ CPU utilization:

Tw Ttr Tr Tw Ttr Tr Tw Ttr Tr

P$11703950$

P$21645915$

P$31655579$

P$416464817$

P$522153020$

P$623044536$

P$718451247$

P$818449361$