Exam Details
| Subject | system modeling and simulation | |
| Paper | ||
| Exam / Course | computer science and engineering | |
| Department | ||
| Organization | Vardhaman College Of Engineering | |
| Position | ||
| Exam Date | January, 2018 | |
| City, State | telangana, hyderabad |
Question Paper
Hall Ticket No:
Question Paper Code B3656
(AUTONOMOUS) M. Tech I Semester Regular Examinations, January 2018
(Regulations: VCE-R15) SYSTEM MODELING AND SIMULATION
(Embedded Systems) Date: 08 January, 2018 FN
Time: 3 hours
Max Marks: 70
Answer any FIVE Questions
Each Question carries equal marks
1.
What is the need for simulation? With the advantages explain where the simulation is appropriate.
8M
What is simulation of an inventory and how to do performance measure, how to avoid shortages in inventory system?
6M
2.
In detail explain and compare the simulation packages with programming languages with examples.
10M
What is object oriented simulation? Explain with a suitable example.
4M
3.
Explain guidelines for determining the level of detail in simulation model.
7M
Discuss the Techniques for increasing validity and credibility.
7M
4.
What are the inevitable issues addressed by a good simulation study? Explain in detail.
6M
Consider a single-stage distributed delay with constant delay A. Assuming a zero initial state at t 0 and a unit-step input, derive an explicit solution for the output
8M
5.
Discuss special cases of disturbance signals.
7M
Draw finite state machine for the following equations:
i. y k l f x k ii. 7M
6.
Explain the Properties of the POISSON PROCESSES in detail.
10M
Discuss and differentiate elaborately about the continuous time and discrete time MARKOV PROCESSES.
4M
7.
What is queuing theory? Represent and explain the simulation of general queuing system.
7M
Consider a data communications system(M/M/1) in which messages are transmitted as Poisson processes at the rate of 100 messages per hour. The messages are received at a (single) front-end processor with virtual (essentially unlimited) memory. The messages, which may be assumed to be of exponentially distributed length, are processed by the central processor in an average time of 30 seconds. Describe the behavior of this system.
7M
8.
What is golden ratio search? Differentiate with Thirds algorithm partitioning.
7M
Write a computer program to perform the golden ratio sequential search algorithm, thus finding a local minimum for each of the following objective functions:
sin C 2cos 2C, 0 8.
7M
Question Paper Code B3656
(AUTONOMOUS) M. Tech I Semester Regular Examinations, January 2018
(Regulations: VCE-R15) SYSTEM MODELING AND SIMULATION
(Embedded Systems) Date: 08 January, 2018 FN
Time: 3 hours
Max Marks: 70
Answer any FIVE Questions
Each Question carries equal marks
1.
What is the need for simulation? With the advantages explain where the simulation is appropriate.
8M
What is simulation of an inventory and how to do performance measure, how to avoid shortages in inventory system?
6M
2.
In detail explain and compare the simulation packages with programming languages with examples.
10M
What is object oriented simulation? Explain with a suitable example.
4M
3.
Explain guidelines for determining the level of detail in simulation model.
7M
Discuss the Techniques for increasing validity and credibility.
7M
4.
What are the inevitable issues addressed by a good simulation study? Explain in detail.
6M
Consider a single-stage distributed delay with constant delay A. Assuming a zero initial state at t 0 and a unit-step input, derive an explicit solution for the output
8M
5.
Discuss special cases of disturbance signals.
7M
Draw finite state machine for the following equations:
i. y k l f x k ii. 7M
6.
Explain the Properties of the POISSON PROCESSES in detail.
10M
Discuss and differentiate elaborately about the continuous time and discrete time MARKOV PROCESSES.
4M
7.
What is queuing theory? Represent and explain the simulation of general queuing system.
7M
Consider a data communications system(M/M/1) in which messages are transmitted as Poisson processes at the rate of 100 messages per hour. The messages are received at a (single) front-end processor with virtual (essentially unlimited) memory. The messages, which may be assumed to be of exponentially distributed length, are processed by the central processor in an average time of 30 seconds. Describe the behavior of this system.
7M
8.
What is golden ratio search? Differentiate with Thirds algorithm partitioning.
7M
Write a computer program to perform the golden ratio sequential search algorithm, thus finding a local minimum for each of the following objective functions:
sin C 2cos 2C, 0 8.
7M
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