QUICK HELP! I NEED HELP STARTING PART 1. I DONT KNOW WHAT TO START WITH ON TERMINAL. CAN YOU HELP ME START IT OR WRITE THE STEPS I NEED TO TAKE. I have a hard time understanding. Write the steps i need to take in terminal to start this please

This project is on xv6 scheduler. You are going to extend the xv6 system you built in P1. There are three objectives to this assignment: To familiarize yourself with a real scheduler like xv6 scheduler. To change that scheduler to a new algorithm. To display the scheduling information. 1 Revised MLFQ Design The existing scheduler in xv6 is a Round-Robin (RR) scheduler. Upon each timer interrupt (every 10 ms), the interrupt handler switches to the kernel scheduler, which then selects the next runnable process to run. This scheduler, while simple, is too primitive to do anything interesting. In this project, you will be putting a new scheduler the revised Multi-Level Feedback Queue (rMLFQ) into xv6. It has three queues: Qi, i = 1, 2, 3 with time quantum size 20 ms for Q1, 40 ms for Q2, and 80 ms for Q3. The detailed policy is described as follows: Any new process will be inserted to the end of Queue Q1; The scheduler will always choose the front process in the highest-priority non-empty queue in the order of Q1, Q2, and Q3; Any chosen process will be scheduled for the queue-corresponding quantum size or the remaining burst size if its remaining burst size is large enough; If the process has nothing remaining, the process will be removed from the queue after its execution; If the process is not done within this round, it shall be moved to the next lower-priority queue except for any process in Q3; Q3 runs a Round-Robin with time quantum size as 80 ms. If a process is not done within the assigned quantum size, it remains in Q3 competing for more rounds. The scheduler adopts a revised priority boosting in Q3. After tworounds, any unfinished job will be pushed to Q1. This is different from the priority boosting discussed in class.://pdos..mit.edu/6.828/2014/xv6/xv6-rev