Round Robin
Windows XP uses a quantum-based, preemptive priority scheduling algorithm
It's an algorithm that is used for CPU schedulers.
same as linux use.
The priority scheduling algorithm is a kind of CPU scheduling algorithm where the processes that wait for the CPU are scheduled according to their priority..
Windows operating systems primarily use a scheduling algorithm called the "Multilevel Feedback Queue" (MLFQ). This algorithm allows processes to be dynamically moved between different priority queues based on their behavior and requirements, which helps optimize CPU utilization and responsiveness. It employs various time slices for different priority levels, ensuring that both high-priority and lower-priority tasks receive appropriate processing time. Additionally, Windows also utilizes a round-robin approach within each priority level to fairly allocate CPU time among processes.
It uses an Intel Quad Core i5 or i7 processor. This is an excellent CPU also used on Windows PCs.
In Non-Primitive CPU Algo. once a process is given to the CPU it cannot be preempt,but in primitive Algo. it can be.
my cpu process is dual coreit can support windows 7 home basic ]
Simply click the other windows to open them a CPU you will appear.
1 GHz
Reservation Stations are decentralized features of the microarchitecture of a CPU that allow for register renaming, and are used by the Tomasulo algorithm for dynamic instruction scheduling.Reservation stations permit the CPU to fetch and re-use a data value as soon as it has been computed, rather than waiting for it to be stored in a register and re-read. When instructions are issued, they can designate the reservation station from which they want their input to read.
The scheme that allocates the CPU to the first process that requests it using a FIFO (First In, First Out) algorithm is known as the First-Come, First-Served (FCFS) scheduling algorithm. In this approach, processes are executed in the order they arrive in the ready queue, with the first process to request CPU time being granted access first. This method is simple and easy to implement but can lead to inefficiencies, such as the "convoy effect," where shorter processes are stuck waiting for longer ones to complete.