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Design and describe the timing diagram for opcode fetch operation. Describe different kinds of addressing modes of 8085.
How many address lines are essential to address two megabytes (2048K) of memory?
State the four control signals commonly used by the 8085 MPU. State the role of the address bus and direction of the information flow on the address bus.
What are the advantages of rate monotonic scheduling. What do you mean by task assignments?
Write down Euclid’s algorithm in ADA using recursion with suitable example.
What is the function of neural networks in real time systems?
Describe fault tolerant scheduling. What are its various advantages over other scheduling algorithms?
What is the function of fuzzy logic in real time systems? Explain the concept of deadline based protocols.
Describe Time token protocol in detail with a suitable flow chart. Why is the polling latency typically faster than interrupt latency?
Describe at least three uni-processor scheduling algorithms in detail.
Write down the difference between pre-emptive and non-pre-emptive scheduling with suitableexample.
Write down the names of different performance measures of a real time system.
Distinguish between real time and general purpose databases. Write in detail.
Explain Deadlock Deadlines based protocols in detail. Explain Performance measures for real time systems.
Describe Earliest Deadline First Scheduling algorithm. Describe different protocols used for real time communication.
Write down the issues and research for real-time systems.
Write down various RAID levels supported by Windows NT?
Describe the procedure to configure remote access services in any network operating system.
Describe the Morphological, Syntactic and Semantic phase of natural language processing.
What do you mean by AI ? Write down its applications? Describe different underlying assumptions of AI.
Write a detailed note on Dunkerby’s lower bound method for finding fundamental frequency.
Vertical spring mass system has a mass of 0.5 kg and the initial deflection of 0.2 cm. Determine spring stiffness and natural frequency of the system.
Describe Holzer method for closed coupled system.
What do you mean by forced vibration? Explain it in detail. What do you understand by Fundamental Frequency?
What are symmetric and asymmetric vertical loads in car? Describe in detail.