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This section includes 21 Mcqs, each offering curated multiple-choice questions to sharpen your Embedded Systems knowledge and support exam preparation. Choose a topic below to get started.
1. |
Deadline interval – execution time = |
A. | laxity |
B. | execution time |
C. | deadline interval |
D. | period |
Answer» B. execution time | |
2. |
Which algorithm requires the periodic checks of the laxity? |
A. | LST |
B. | LL |
C. | EDD |
D. | EFD |
Answer» C. EDD | |
3. |
Which algorithm is non-preemptive and can be used with a mono processor? |
A. | LDF |
B. | pre-emptive |
C. | aperiodic |
D. | LL |
Answer» B. pre-emptive | |
4. |
What does LDF stand for? |
A. | last deadline first |
B. | least deadline first |
C. | list deadline first |
D. | latest deadline first |
Answer» E. | |
5. |
What does EDF stand for? |
A. | earliest deadline fix |
B. | earliest due fix |
C. | earliest due first |
D. | earliest deadline first |
Answer» E. | |
6. |
What does EDD stand for? |
A. | earliest device date |
B. | earliest due date |
C. | earliest device deadline |
D. | earliest deadline device |
Answer» C. earliest device deadline | |
7. |
Which algorithm is based on Jackson’s rule? |
A. | EDD |
B. | LL |
C. | EDF |
D. | LST |
Answer» B. LL | |
8. |
WHAT_DOES_LDF_STAND_FOR??$ |
A. | last deadline first |
B. | least deadline first |
C. | list deadline first |
D. | latest deadline first |
Answer» E. | |
9. |
Which algorithm requires the periodic checks of the laxity?$ |
A. | LST |
B. | LL |
C. | EDD |
D. | EFD |
Answer» C. EDD | |
10. |
Which algorithm is non-preemptive and can be used with a mono processor?$ |
A. | LDF |
B. | pre-emptive |
C. | aperiodic |
D. | LL |
Answer» B. pre-emptive | |
11. |
Deadline interval – execution time =$ |
A. | laxity |
B. | execution time |
C. | deadline interval |
D. | period |
Answer» B. execution time | |
12. |
Which algorithm can be used if the preemptive is not allowed? |
A. | heuristic algorithm |
B. | LL |
C. | EDD |
D. | LST |
Answer» B. LL | |
13. |
Who developed the heuristic algorithm? |
A. | Stankovic and Ramamritham |
B. | Stankovic and Lawler |
C. | Lawler |
D. | Stankovic |
Answer» B. Stankovic and Lawler | |
14. |
Who proposed the LDF algorithm? |
A. | Bayes |
B. | Nyquist |
C. | Lawler |
D. | Stankovic |
Answer» D. Stankovic | |
15. |
Which scheduling algorithm cannot be used with a standard OS providing fixed priorities? |
A. | LL |
B. | LST |
C. | EDD |
D. | EFD |
Answer» B. LST | |
16. |
Which scheduling algorithm is an optimal scheduling policy for mono-processor system? |
A. | preemptive algorithm |
B. | LST |
C. | EDD |
D. | LL |
Answer» E. | |
17. |
In which scheduling, the task priorities are a monotonically decreasing function of laxity? |
A. | LL |
B. | EDD |
C. | EFD |
D. | LST |
Answer» B. EDD | |
18. |
Which algorithm is dynamic scheduling algorithm? |
A. | LL |
B. | LST |
C. | EDF |
D. | EDD |
Answer» D. EDD | |
19. |
Which of the following can be implemented as static scheduling algorithm? |
A. | EDF |
B. | LL |
C. | EDD |
D. | LST |
Answer» D. LST | |
20. |
What is the full form of EDD in Aperiodic Scheduling? |
A. | earliest device date |
B. | earliest due date |
C. | earliest device deadline |
D. | earliest deadline device |
Answer» C. earliest device deadline | |
21. |
Which algorithm is based on Jackson’s rule? |
A. | EDD |
B. | LL |
C. | EDF |
D. | LST |
Answer» B. LL | |