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(b) Discuss the ISR concept and multiple interrupts.
(a) Explain JTAG based boundary scanning for hardware testing.
(b) Explain the role of simulator and emulator in embedded system development.
(a) Explain in detail about Inter Process Communication and Context Switching.
(b) With suitable diagram explain in details about the concept of smart card system application.
(a) Describe memory loading with equation, figure and an example.
(b) Explain tricks of the trade and performance optimization.
(a) Explain sequential program model for seat belt warning system.
(a) Write the Amdahl's limitation for performance improvement/optimization. Consider a system with the following characteristics. The task to be analyzed and improve currently executes in 100 times units, and the goal is to reduced execution time to 50 units, the algorithm to be improved uses 40 times units. Determine the unknown parameter and write the inference.
(b) Describe the methods by which we can perform a time coding analysis of an embedded a time coding analysis of an embedded application. Discuss the advantages and disadvantages of each.
(a) Explain in detail about SPI Communication protocol and its interfacing techniques.
(b) Explain with all necessary sketches to enable intra communications among peripherals using 1-C bus.
(a) Write a hardware architecture and data and counter flow diagram of a counter system and explain briefly flow diagram.
(b) Explain the characterizing and identifying the requirements of a system, with respect of a digital counter.
(a) Explain: Embedded systems, hard RTS, watch Dog.
(b) Draw the system component in the smart card.
(c) List the different phases of EDLC.
(d) Mention the features of CAN and SPI serial interfaces.
(e) Explain the memory selection for embedded system.
Write short note on:
(a) DMA
(b) Real time scheduling
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