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Software Engineering
Design a real time system to track telephone calls.
a. Identify critical and non-critical tasks.
b. Which scheduling algorithm do you use? Justify the same.
c. Can we apply priority inversion or not? If so identify the tasks.
d. Give the Model
a. Identify critical and non-critical tasks.
b. Which scheduling algorithm do you use? Justify the same.
c. Can we apply priority inversion or not? If so identify the tasks.
d. Give the Model
Software Engineering
Which of the following systems of periodic tasks are schedulable by the rate-monotonic algorithm?
By the earliest-deadline-first algorithm? Explain your answer.
(a) T = {(8, 3), (9, 3), (15, 3)}
(b) T = {(8, 4), (12, 4), (20, 4)}
(c) T = {(8, 4), (10, 2), (12, 3)}
By the earliest-deadline-first algorithm? Explain your answer.
(a) T = {(8, 3), (9, 3), (15, 3)}
(b) T = {(8, 4), (12, 4), (20, 4)}
(c) T = {(8, 4), (10, 2), (12, 3)}
Software Engineering
1. Can you guarantee that a feasible schedule exists without a simulation of the schedule or time demand analysis, if
(a) The set of tasks T = {(5, 2),(8, 3),(10, 1)} is scheduled by the rate-monotonic algorithm.
(b) The set of tasks T = {(3, 1),(6, 1),(18, 6),(36, 4)} is scheduled by the least-slack-time-first algorithm.
(c) The set of tasks T = {(3, 1),(0, 6, 1, 4),(18, 6),(36, 4)} is scheduled by the earliest-deadline-first algorithm.
(d) The set of tasks T = {(3, 1),(6, 1),(18, 6),(36, 4)} is scheduled by the deadline-monotonic algorithm
(a) The set of tasks T = {(5, 2),(8, 3),(10, 1)} is scheduled by the rate-monotonic algorithm.
(b) The set of tasks T = {(3, 1),(6, 1),(18, 6),(36, 4)} is scheduled by the least-slack-time-first algorithm.
(c) The set of tasks T = {(3, 1),(0, 6, 1, 4),(18, 6),(36, 4)} is scheduled by the earliest-deadline-first algorithm.
(d) The set of tasks T = {(3, 1),(6, 1),(18, 6),(36, 4)} is scheduled by the deadline-monotonic algorithm
Software Engineering
Design a real time system to update a real time database. The data needs to be consistent and atomic transactions need to be performed serially. Identify the basic tasks required.
Explain what type of system it is i.e. either HARD /SOFT OR FIRM and justify your answer.
Also mention what type of scheduling algorithm can be used and justify your answer.
Also say whether it is online or offline scheduler and justify your answer.
Explain what type of system it is i.e. either HARD /SOFT OR FIRM and justify your answer.
Also mention what type of scheduling algorithm can be used and justify your answer.
Also say whether it is online or offline scheduler and justify your answer.
Software Engineering
Design a real time system to update a real time database. The data needs to be consistent and atomic transactions need to be performed serially. Identify the basic tasks required.
Explain what type of system it is i.e. either HARD /SOFT OR FIRM and justify your answer.
Also mention what type of scheduling algorithm can be used and justify your answer.
Also say whether it is online or offline scheduler and justify your answer.
Explain what type of system it is i.e. either HARD /SOFT OR FIRM and justify your answer.
Also mention what type of scheduling algorithm can be used and justify your answer.
Also say whether it is online or offline scheduler and justify your answer.
Software Engineering
Design a real time system for a child protection system in the house in absence of parents at home to raise an alert to parents in case of any problem.
a. Identify critical and non-critical tasks.
b. Which scheduling algorithm do you use? Justify the same.
c. Can we apply priority inversion or not? If so identify the tasks.
d. Give the Model
a. Identify critical and non-critical tasks.
b. Which scheduling algorithm do you use? Justify the same.
c. Can we apply priority inversion or not? If so identify the tasks.
d. Give the Model
Software Engineering
Design a smart card check system to ensure no un-authorized entry is made into a financial organization.
a. Identify critical and non-critical tasks.
b. Which scheduling algorithm do you use? Justify the same.
c. Can we apply priority inversion or not? If so identify the tasks.
d. Give the Model
a. Identify critical and non-critical tasks.
b. Which scheduling algorithm do you use? Justify the same.
c. Can we apply priority inversion or not? If so identify the tasks.
d. Give the Model
Software Engineering
.Design a smart card check system to ensure no unauthorized entry is made into a financial organization. (model, algorithm and Cheddar implementation). Identify the basic tasks required.
Explain what type of system it is i.e. either HARD /SOFT OR FIRM and justify your answer.
Also mention what type of scheduling algorithm can be used and justify your answer.
Also say whether it is online or offline scheduler and justify your answer.
Explain what type of system it is i.e. either HARD /SOFT OR FIRM and justify your answer.
Also mention what type of scheduling algorithm can be used and justify your answer.
Also say whether it is online or offline scheduler and justify your answer.
Software Engineering
Design a Real time Air Flight Management system. What are the various parameters to be considered in designing such a system?(Real TIme Operating System)
a. Identify critical and non-critical tasks.
b. Which scheduling algorithm do you use? Justify the same.
c. Can we apply priority inversion or not? If so identify the tasks.
d. Give the Model
a. Identify critical and non-critical tasks.
b. Which scheduling algorithm do you use? Justify the same.
c. Can we apply priority inversion or not? If so identify the tasks.
d. Give the Model
Software Engineering
Design a smart card check system to ensure no unauthorized entry is made into a financial organization. (Real TIme Operating System):
a. Identify critical and non-critical tasks.
b. Which scheduling algorithm do you use? Justify the same.
c. Can we apply priority inversion or not? If so identify the tasks.
d. Give the Model.
a. Identify critical and non-critical tasks.
b. Which scheduling algorithm do you use? Justify the same.
c. Can we apply priority inversion or not? If so identify the tasks.
d. Give the Model.
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