Question: What is the fundamental difference between deadlock avoidance and deadlock prevention? How does this drive implementation of deadlock avoidance algorithms? Deadlock detection algorithms are based
What is the fundamental difference between deadlock avoidance and deadlock prevention? How does this drive implementation of deadlock avoidance algorithms?
Deadlock detection algorithms are based on graph problems (discussed in algorithms class). In this context:What are cycles? What is the general order of magnitude (Big O) for resource allocation problems?
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