What is deadlock avoidance in operating systems?
Deadlock avoidance is a strategy used in operating systems to prevent deadlocks by ensuring that a system never enters an unsafe state.
How does deadlock avoidance differ from deadlock detection?
Deadlock avoidance proactively prevents deadlocks by controlling resource allocation, while deadlock detection allows deadlocks to occur and then identifies and resolves them.
Can you give me an example of a deadlock avoidance algorithm?
Sure! The Banker's Algorithm is a well-known deadlock avoidance algorithm that allocates resources based on the maximum needs of each process.
What are the limitations of deadlock avoidance?
Limitations include increased complexity in resource allocation and potential underutilization of resources due to conservative allocation policies.
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