Question: In which of the following scheduling algorithm new processes are added to the tail of the ready queue. The CPU scheduler picks the first process from the ready queue, sets a timer to interrupt after 1 time quantum, and dispatches the process.
Answer:
A small unit of time, called a time quantum or time slice, is defined. A time quantum is generally from 10 to 100 milliseconds in length
MCQ: In which of the following scheduling algorithm new processes are added to the tail of the ready queue. The CPU scheduler picks the first process from the ready queue, sets a timer to interrupt after 1 time quantum, and dispatches the process.
Explanation:
A small unit of time, called a time quantum or time slice, is defined. A time quantum is generally from 10 to 100 milliseconds in length
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Related Questions
- 1. In Round-Robin Scheduling algorithm, The process may have a CPU burst of less than 1 time quantum. In this case:
- 2. In Round-Robin scheduling algorithm, If the CPU burst of the currently running process is longer than 1 time quantum. In this case:
- 3. In which of the following scheduling algorithm the performance of the algorithm depends heavily on the size of the time quantum
- 4. A deadlock situation can arise if which of the following conditions hold simultaneously in a system:
- 5. At least one resource must be held in a nonsharable mode; that is, only one process at a time can use the resource. If another process requests that resource, the requesting process must be delayed until the resource has been released.This condition for deadlock is refered to as :
- 6. A process must be holding at least one resource and waiting to acquire additional resources that are currently being held by other processes.This condition for deadlock is refered to as :
- 7. Resources cannot be preempted; that is, a resource can be released only voluntarily by the process holding it, after that process has completed its task.This condition for deadlock is refered to as :
- 8. A set {P0, P1, ..., Pn} of waiting processes must exist such that P0 is waiting for a resource held by P1, P1 is waiting for a resource held by P2, ..., Pn−1 is waiting for a resource held by Pn, and Pn is waiting for a resource held by P0.This condition for deadlock is refered to as :
- 9. Deadlocks can be described more precisely in terms of a directed graph called a
- 10. Which of the following statements is TRUE for dealing with the deadlock problem: <ol> <li>We can use a protocol to prevent or avoid deadlocks, ensuring that the system will never enter a deadlocked state.</li> <li>We can allow the system to enter a deadlocked state, detect it, and recover.</li> <li>We can ignore the problem altogether and pretend that deadlocks never occur in the system.</li> </ol>
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