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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
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
Design a real time system for raising an emergency alert in a building. The hazards could be fire, accidents in foundry, current shock, etc.
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
Design a soft real time system for a car driving video game. Identify the basic tasks required and implement the same with an appropriate scheduling algorithm.
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
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
Write short notes on Multimedia over ATM networks. (Multimedia Computing)
Design a real time system to make class room as smart class room.
a. As an embedded designer you need to formulate a model for the same.
b. Identify what type of a system model should be used.
c. List out the critical tasks and non-critical tasks.
d. Identify what type of a system should be used open loop or closed loop with substantiation.
a. As an embedded designer you need to formulate a model for the same.
b. Identify what type of a system model should be used.
c. List out the critical tasks and non-critical tasks.
d. Identify what type of a system should be used open loop or closed loop with substantiation.
Design a hard real time system in Boiler temperature management system. The system should check the temperature and intimate the operator if a threshold has been exceeded to start a coolant.
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
Design a real time system for raising an emergency alert in a building. The hazards could be fire, accidents in foundry, current shock, etc.
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
Why do waveforms on a full wave rectifier differ from what we would expect from theory?
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#339914 on Dec 2023
#339914 on Dec 2023