First Semester
MIT - 101
MIT - 102
MIT - 103
MIT - 104
MIT - 105
MIT - 106
MIT - 107
MIT - 108
Second Semester
MIT - 201
MIT - 202
MIT - 203
MIT - 204
MIT - 205
MIT - 206
MIT - 207
MIT - 208
Third Semester
MIT - 302
MIT - 303
MIT - 304
MIT - 305
MIT - 306
MIT - 307
MIT - 308
Fourth Semester
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Time: 3hrs Max. Marks: 75 Attempt any five questions. All questions carry equal marks
- Question.
- Discuss important challenges in designing an embedded system. Which design matrices need to be optimized? Describe each of them in detail.
- Which processor technologies and design technologies do exist? Present their comparative study.
- Question.
Describe the design of a single purpose processor in detail considering GCD computation application as an illustrative example. How such design can be optimized?
- Question.
Discuss a typical ASIP designs methodology briefly. Which alternative techniques are available for design space exploration? Compare such techniques.
- Question.
- What is a watchdog timer? Describe implementation of ATM timeout using a watchdog timer.
- Describe implementation of LCD controllers and keypad controllers in detail.
- Question.
- How a large memory can be composed of smaller memory parts. Give an example in support of answer.
- Describe characteristics and functioning of different types of RAMs.
- Question.
- Why bus arbitration is needed? Explain the bus arbitration mechanism in detail.
- Describe some of popular serial as well as parallel protocols.
- Question.
First write specifications of a simple digital camera and then present a design as per those specifications.
- Question.
- What do you understand by open-loop and closed-loop control systems? Describe each of them in detail taking suitable examples.
- Discuss important benefits of computer based control implementation.
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