Exam 6: Concurrency: Deadlock and Starvation
Exam 1: Computer Systems Overview45 Questions
Exam 2: Operating System Overview45 Questions
Exam 3: Process Description and Control45 Questions
Exam 4: Threads45 Questions
Exam 5: Concurrency: Mutual Exclusion and Synchronization45 Questions
Exam 6: Concurrency: Deadlock and Starvation45 Questions
Exam 7: Memory Management45 Questions
Exam 8: Virtual Memory45 Questions
Exam 9: Uniprocessor Scheduling45 Questions
Exam 10: Multiprocessor and Real-Time Scheduling45 Questions
Exam 11: Io Management and Disk Scheduling45 Questions
Exam 12: File Management45 Questions
Exam 13: Embedded Operating Systems45 Questions
Exam 14: Computer Security Threats45 Questions
Exam 15: Computer Security Techniques45 Questions
Exam 16: Distributed Processing, Clientserver, and Clusters45 Questions
Exam 17: Network Protocols45 Questions
Exam 18: Distributed Process Management45 Questions
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__________ allows the three necessary conditions but makes judicious choices to assure that the deadlock point is never reached.
(Short Answer)
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Once the processes have progressed into the __________ , those processes will deadlock.
(Multiple Choice)
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An unsafe state is one in which there is at least one sequence of resource allocations to processes that does not result in a deadlock.
(True/False)
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Two types of atomic operations are defined in Linux: integer operations and __________ .
(Short Answer)
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The _________ allows multiple threads to have simultaneous read-only access to an object protected by the lock.
(Multiple Choice)
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