Describe the concept of process scheduling in an operating system. Discuss various scheduling algorithms, such as Round Robin, Shortest Job First, and Priority  Scheduling, highlighting their strengths and weaknesses.

Briefly describe what process starvation in priority scheduling entails and how to avoid it.

Describe the concept of "preemptive scheduling."

Describe the concept of process scheduling in multi-tasking operating systems. What scheduling algorithms are commonly used, and when might one be preferred over the others?

The scheduling of processes and threads may be compared and contrasted.

In the context of operating systems, what is the significance of process scheduling algorithms, and can you provide examples of different scheduling algorithms?

Analyze the differences and similarities between scheduling processes and scheduling threads.

The scheduling of processes and threads should be examined and contrasted.

OPERATING SYSTEMS Most scheduling algorithms maintain a run queue, which lists processes eligible to run on a processor. On multicore systems, there are two general options: (1) each processing core has its own run queue, or (2) a single run queue is shared by all processing cores. What are the advantages and disadvantages of each of these approaches?

Discuss the concept of process scheduling algorithms in an operating system, such as Round Robin and Priority Scheduling, and their applications.