Basic deadlock questions: Select all of the following statements that are true. Reusable resources are produced and consumed dynamically. Interrupts, messages, and signals are examples of consumable resources. A deadlock means that at least two processes cannot continue working because they are waiting for each other. In order for a deadlock to occur only one of the four introduced deadlock conditions must apply. One of the four introduced deadlock conditions is non-preemption. A set of processes is in a safe state S if S is not a deadlock state and any state T reachable from S is not a deadlock state.

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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Basic deadlock questions: Select all of the following statements that are true.
Reusable resources are produced and consumed dynamically.
Interrupts, messages, and signals are examples of consumable resources.
A deadlock means that at least two processes cannot continue working because
they are waiting for each other.
In order for a deadlock to occur only one of the four introduced deadlock
conditions must apply.
One of the four introduced deadlock conditions is non-preemption.
A set of processes is in a safe state S if S is not a deadlock state and any state T
reachable from S is not a deadlock state.
Transcribed Image Text:Basic deadlock questions: Select all of the following statements that are true. Reusable resources are produced and consumed dynamically. Interrupts, messages, and signals are examples of consumable resources. A deadlock means that at least two processes cannot continue working because they are waiting for each other. In order for a deadlock to occur only one of the four introduced deadlock conditions must apply. One of the four introduced deadlock conditions is non-preemption. A set of processes is in a safe state S if S is not a deadlock state and any state T reachable from S is not a deadlock state.
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