Deadlock avoidance ensures that a system never enters a deadlock state, allowing for continuous operation and resource utilization. Its advantages include increased system reliability and improved resource management, as it proactively prevents potential deadlock scenariOS. However, it can also lead to lower resource utilization and increased system complexity, as it requires careful monitoring and management of resource allocation and process states. Additionally, the algorithms used for deadlock avoidance can introduce overhead, potentially affecting overall system performance.
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