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Computer Science Engineering (CSE) Exam  >  Computer Science Engineering (CSE) Tests  >  Test: Aperiodic Scheduling - Computer Science Engineering (CSE) MCQ

Test: Aperiodic Scheduling - Computer Science Engineering (CSE) MCQ


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15 Questions MCQ Test - Test: Aperiodic Scheduling

Test: Aperiodic Scheduling for Computer Science Engineering (CSE) 2024 is part of Computer Science Engineering (CSE) preparation. The Test: Aperiodic Scheduling questions and answers have been prepared according to the Computer Science Engineering (CSE) exam syllabus.The Test: Aperiodic Scheduling MCQs are made for Computer Science Engineering (CSE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Aperiodic Scheduling below.
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Test: Aperiodic Scheduling - Question 1
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 Which algorithm is based on Jackson’s rule?

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Explanation: The EDD or earliest due date is based on Jackson’s rule. The Jackson’s rule states that for a given a set of n independent tasks, any algorithm that executes the tasks in the order of nondecreasing deadlines is optimal with respect to reducing the maximum lateness. EDF is the earliest deadline first, LL is the least laxity and the LST is the least slack time first.

Test: Aperiodic Scheduling - Question 2
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What does EDD stand for?

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Explanation: The earliest due date requires all tasks to be sorted by their deadlines and it is based on Jackson’s rule. If the deadlines are known, EDD algorithm can be used.

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Test: Aperiodic Scheduling - Question 3
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Which of the following can be implemented as static scheduling algorithm?

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Explanation: The EDD can be implemented as static scheduling algorithm if the deadlines are known in advance and it follows Jackson’s rule.

Test: Aperiodic Scheduling - Question 4
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What does EDF stand for?
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Explanation: The EDF stands for earliest deadline first. This algorithm is optimal with respect to minimizing the maximum lateness and is implemented as dynamic scheduling algorithm for a set of n independent tasks with arbitrary arrival times, any algorithm that at any instant executes the task with the earliest absolute deadline among all the ready tasks is optimal with respect to minimizing the maximum lateness.

Test: Aperiodic Scheduling - Question 5
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Which algorithm is dynamic scheduling algorithm?
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Explanation: The EDF or earliest deadline first can be implemented as a dynamic scheduling algorithm.

Test: Aperiodic Scheduling - Question 6
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In which scheduling, the task priorities are a monotonically decreasing function of laxity?
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Explanation: In the least laxity algorithm, the laxity can be changed dynamically which shows that the task priorities are a monotonically decreasing function of laxity.

Test: Aperiodic Scheduling - Question 7
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 Which scheduling algorithm is an optimal scheduling policy for mono-processor system?
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Explanation: The least laxity algorithm is a dynamic scheduling algorithm and hence it can be implemented as an optimal scheduling policy for the mono-processor system. The LL scheduling algorithm is also a preemptive scheduling.

Test: Aperiodic Scheduling - Question 8
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 Which scheduling algorithm cannot be used with a standard OS providing fixed priorities?
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Explanation: The least laxity algorithm cannot be used with a standard OS providing fixed priorities because of its dynamic property.

Test: Aperiodic Scheduling - Question 9
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 Who proposed LDF algorithm?
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Explanation: The latest deadline first or LDF is proposed by Lawler which performs a topological sort. It is based on the total order compatible with the partial order with respect to the task graph.

Test: Aperiodic Scheduling - Question 10
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 What does LDF stand for?
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Explanation: The LDF or latest deadline first is a scheduling algorithm which is proposed by Lawler.

Test: Aperiodic Scheduling - Question 11
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 Which algorithm is non-preemptive and can be used with a mono processor?
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Explanation: The latest deadline first or LDF is a non-preemptive scheduling algorithm and can be used with a mono processor whereas LL or least laxity is a preemptive scheduling algorithm.

Test: Aperiodic Scheduling - Question 12
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 Which algorithm requires the periodic checks of the laxity?
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Explanation: The LL scheduling algorithm requires the knowledge of the execution times and the periodic check of the laxity.

Test: Aperiodic Scheduling - Question 13
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Who developed the heuristic algorithm?
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Explanation: The heuristic algorithm is developed by Stankovic and Ramamritham in 1991.

Test: Aperiodic Scheduling - Question 14
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Which algorithm can be used if the preemptive is not allowed?
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Explanation: The heuristic algorithm was proposed by Stankovic and Ramamritham in 1991 can be used if the preemption is not allowed.

Test: Aperiodic Scheduling - Question 15
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Deadline interval – execution time =
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Explanation: The laxity is defined as the deadline interval minus the execution time. It is also known as the slack.

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