Question: where two or more processes are waiting indefinitely for an event that can be caused only by one of the waiting processes is called.
Answer:
The implementation of a semaphore with a waiting queue may result in a situation where two or more processes are waiting indefinitely for an event that can be caused only by one of the waiting processes. The event in question is the execution of a signal() operation. When such a state is reached, these processes are said to be deadlocked.
MCQ: where two or more processes are waiting indefinitely for an event that can be caused only by one of the waiting processes is called.
Explanation:
The implementation of a semaphore with a waiting queue may result in a situation where two or more processes are waiting indefinitely for an event that can be caused only by one of the waiting processes. The event in question is the execution of a signal() operation. When such a state is reached, these processes are said to be deadlocked.
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Related Questions
- 1. Indefinite blocking may occur if we remove processes from the list associated with a semaphore in ________ order.
- 2. indefinite blocking or starvation is problem related to ___
- 3. In Priority Inversion Which of following Stands TRUE:
- 4. The bounded buffer problem is also known as :
- 5. In bounded buffer problem Which of the following Assumption Stands TRUE: <ol> <li>I. We assume that the pool consists of n buffers, each capable of holding one item.</li> <li>II. The mutex semaphore provides mutual exclusion for accesses to the buffer pool and is initialized to the value 1.</li> <li>III. The mutex semaphore provides mutual exclusion for accesses to the buffer pool and is initialized to the value 0.</li> <li>IV. The empty and full semaphores count the number of empty and full buffers.The semaphore empty is initialized to the value n; the semaphore full is initialized to the value 0.</li> <li>V. The empty and full semaphores count the number of empty and full buffers.The semaphore empty is initialized to the value 0; the semaphore full is initialized to the value n.</li> </ol>
- 6. The readers–writers problem and its solutions have been generalized to provide reader–writer locks on some systems. When a process wishes only to read shared data, it requests the reader–writer lock in____
- 7. The readers–writers problem and its solutions have been generalized to provide reader–writer locks on some systems. A process wishing to modify the shared data must request the lock in____
- 8. Multiple processes are permitted to concurrently acquire a reader–writer lock in read mode, but only one process may acquire the lock for ___, as exclusive access is required for ____
- 9. The Dining-Philosophers Problem Solution is:
- 10. All processes share a semaphore variable mutex, which is initialized to 1. Each process must execute wait(mutex) before entering the critical section and signal(mutex) afterward. Suppose that a process interchanges the order in which the wait() and signal() operations on the semaphore mutex are executed, resulting in the following execution: signal(mutex);...critical section...wait(mutex); In this situation
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