Q. Event latency is :

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Q. Interrupt latency refers to the period of time :

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Q. Real time systems need to __________ the interrupt latency.

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Q. The amount of time required for the scheduling dispatcher to stop one process and start another is known as ______________

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Q. The most effective technique to keep dispatch latency low is to :

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Q. Priority inversion is solved by use of _____________

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Q. In a real time system the computer results :

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Q. In a safety critical system, incorrect operation :

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Q. Antilock brake systems, flight management systems, pacemakers are examples of :

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Q. In a ______ real time system, it is guaranteed that critical real time tasks will be completed within their deadlines.

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Q. Some of the properties of real time systems include :

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Q. The amount of memory in a real time system is generally :

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Q. The priority of a real time task :

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Q. Memory management units :

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Q. The technique in which the CPU generates physical addresses directly is known as :

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Q. Earliest deadline first algorithm assigns priorities according to :

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Q. A process P1 has a period of 50 and a CPU burst of t1 = 25, P2 has a period of 80 and a CPU burst of 35. The total CPU utilization is :

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Q. Using EDF algorithm practically, it is impossible to achieve 100 percent utilization due to :

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Q. T shares of time are allocated among all processes out of N shares in __________ scheduling algorithm.

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Q. If there are a total of T = 100 shares to be divided among three processes, A, B and C. A is assigned 50 shares, B is assigned 15 shares and C is assigned 20 shares. A will have ______ percent of the total processor time.

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