Exam Details
| Subject | embedded netwrok and protocols | |
| Paper | ||
| Exam / Course | b.tech | |
| Department | ||
| Organization | Vardhaman College Of Engineering | |
| Position | ||
| Exam Date | June, 2017 | |
| City, State | telangana, hyderabad |
Question Paper
Hall Ticket No:
Question Paper Code B3657
(AUTONOMOUS) M. Tech II Semester Regular/Supplementary Examinations, June 2017
(Regulations: VCE-R15) EMBEDDED NETWROK AND PROTOCOLS
(Embedded Systems) Date: 14 June, 2017 FN
Time: 3 hours
Max Marks: 70
Answer any FIVE Questions
Each Question carries equal marks
1.
List the two types of error messages used for CAN with relevant figure. Illustrate the error confinement strategy for the processing of errors for the CAN protocol with a neat figure.
7M
Illustrate the structure of the most commonly used CAN 2.0A standard data frame and examine all its fields with a neat figure.
7M
2.
What is bit synchronization? Illustrate the implementation of Bit synchronization in CAN protocol with relevant figure.
8M
Explain the following parameters considered for the Network speed of CAN protocol:
i. Bit rate
ii. Gross bit rate
iii. Net bit rate
iv. Dispense with the trimmings
v. Minimum value of the ratio between the net and gross bit rate
vi. Latency
6M
3.
Illustrate how Optical fibers are used in the implementation of CAN Networks with an example and relevant figure.
5M
Illustrate the electrical levels, characteristics, conventional architecture and the implementation problems of High-speed CAN with relevant figure.
9M
4.
Illustrate the general architecture and functional division of CAN components with a neat figure.
8M
Examine all the contents of Flexray Communication frame with a neat figure.
6M
5.
Explain the Operating principle of LIN and its functionality at physical and Data link layer.
6M
Compare and comment on the differences between the performance of LIN 2.0 with 1.3 considering both the protocols and physical layer.
8M
6.
Illustrate the fail-safe SBC approach of designing the nodes or modules of electronic systems and networks for motor vehicles or industrial systems with example and relevant figure.
7M
Examine the various Safe-by-Wire network topologies based on the safety requirements with relevant figures.
7M
7.
Illustrate the concept, features, functionality and configuration of MOST protocol.
8M
Illustrate the features, functionality of IEEE1394 and its various layers of the communication model with relevant figure.
6M
8.
Examine the various radio-frequency External applications that provide a link between the interior of the vehicle (or of an industrial system) and outside world.
8M
Explain the features and implementation details of tyre pressure monitoring systems (TPMS).
6M
Question Paper Code B3657
(AUTONOMOUS) M. Tech II Semester Regular/Supplementary Examinations, June 2017
(Regulations: VCE-R15) EMBEDDED NETWROK AND PROTOCOLS
(Embedded Systems) Date: 14 June, 2017 FN
Time: 3 hours
Max Marks: 70
Answer any FIVE Questions
Each Question carries equal marks
1.
List the two types of error messages used for CAN with relevant figure. Illustrate the error confinement strategy for the processing of errors for the CAN protocol with a neat figure.
7M
Illustrate the structure of the most commonly used CAN 2.0A standard data frame and examine all its fields with a neat figure.
7M
2.
What is bit synchronization? Illustrate the implementation of Bit synchronization in CAN protocol with relevant figure.
8M
Explain the following parameters considered for the Network speed of CAN protocol:
i. Bit rate
ii. Gross bit rate
iii. Net bit rate
iv. Dispense with the trimmings
v. Minimum value of the ratio between the net and gross bit rate
vi. Latency
6M
3.
Illustrate how Optical fibers are used in the implementation of CAN Networks with an example and relevant figure.
5M
Illustrate the electrical levels, characteristics, conventional architecture and the implementation problems of High-speed CAN with relevant figure.
9M
4.
Illustrate the general architecture and functional division of CAN components with a neat figure.
8M
Examine all the contents of Flexray Communication frame with a neat figure.
6M
5.
Explain the Operating principle of LIN and its functionality at physical and Data link layer.
6M
Compare and comment on the differences between the performance of LIN 2.0 with 1.3 considering both the protocols and physical layer.
8M
6.
Illustrate the fail-safe SBC approach of designing the nodes or modules of electronic systems and networks for motor vehicles or industrial systems with example and relevant figure.
7M
Examine the various Safe-by-Wire network topologies based on the safety requirements with relevant figures.
7M
7.
Illustrate the concept, features, functionality and configuration of MOST protocol.
8M
Illustrate the features, functionality of IEEE1394 and its various layers of the communication model with relevant figure.
6M
8.
Examine the various radio-frequency External applications that provide a link between the interior of the vehicle (or of an industrial system) and outside world.
8M
Explain the features and implementation details of tyre pressure monitoring systems (TPMS).
6M
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