Please .. all of the above steps MUST BE DONE accurately and correctly. You must show me that your output is exacty like example 1 and example 2. The order and format are very important . Screenshot your inputs and the outputs for me and make sure they match the given example (Exactly the same) 

The purpose of this assignment is to practice OOP with Decisions, Loops, Arrays and ArrayList, Input/Output Files, and Constructing Objects and Classes. Create a NetBeans project named HW2_YourId. Develop classes for the required solutions. Important: Apply good programming practices: Provide API documentation comments for your class(es), class constructor(s) and method(s) using the Java standard form for documentation comments discussed in this course. Use meaningful variable and constant names. Show your name, university id and section number as a comment at the beginning of each class. Submit to Moodle the compressed file of your project with name "HW2_yourID" along with a PDF file that contains all your code. Introduction: In computing, Operating System (OS) is a system software that manage the work between software (e.g. applications) and hardware (keyboard, screen, ...etc.). Examples of OS, Windows, Linux, MAC, IOS, and Android. OS can manage the CPU work by providing processes scheduler that decides which process should run in CPU at certain time. Process can be any active running program/application on your computing device. For example, you can access in parallel MS Word and browsing internet, and compiling your code in NetBeans. Each application is a process and need CPU to execute/run it. Round-Robin(RR) algorithm is used as processes scheduling in OSS. Each process is given an equal time slot (quantum) to run in the CPU then it is interrupted in circular order. Therefore, the number of slots for a processes i = total execution time of processes i/quantum length Suppose that the processes arrive at time 0 milliseconds(ms) in the order: P1, P2, P3 as in the following table with execution time of each process and the quantum time is 4 ms. Process name Po P P Execution time 24 3 3