If the processor is power constrained, its designer has to run the clock slowly
ID: 3697324 • Letter: I
Question
If the processor is power constrained, its designer has to run the clock slowly so that the event is successfully implemented in embedded systems. 17. In embedded systems, the events can happen asynchronously and can occur in any order. 18. The problem with unstructured code in embedded system is that it can be hard to maintain. 19. are invoked in response to various signals as they arc raised on the pins of the processor. A. ISR programs B. IRS programs C. SRI programs D. SIR programs 20. Difference between SpecC and SystemC is that SpecC includes a design methodology as part of the package. 21. Voice over IP (VOIP) is an example of high-density embedded systems. 22. Microcontroller memory is usually measured in kilobytes, and SOC's can include memory on the order of .A. bytes B. kilobytes C. megabytes D. gigabytes 23. FPGA logic elements arc interconnected through a routing architecture that consists of transistors and connection multiplexers.Explanation / Answer
16. False actually, because if the processor is power constrained,then its designer does not run the clock slowly.
17. True, embedded board system have a display and a library function to write the display then you could run classic.
18. True, embedded systems often must cost less, must be sized to proper fit on a single chip, must be perform fast enough to process data in real-time, and must consumes minimum power to extend battery life. so maintaining is little hard.
19. ISR programs are invoked in response to various signals as they are raised on the pins of the processor.
20. False - SpecC does not include a design methodology as part of the package.
21. True, because VOIP system captures, packetizes, and transports telephone conversations over a network originally designed to transport computer-generated data.
22. Answer B. kilobytes, Microcontroller memory usually measured in kilobytes.
23. True, FPGA logic elements are interconnected via routing architecture that consists of transistors and connection multiplexers.