Q. I/O instruction Status tests various

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Q. The processor fetches an instruction from

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Q. Data and instructions that are being used frequently are stored in

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Q. Processor-I/O involves data transferring between

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Q. Data register can be assigned to a

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Q. PerformanceX = 1/ Execution Time x the given relation shows that

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Q. The processor having Clock cycle of 0.25ns will have the clock rate of

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Q. The valid and unimpeachable measurement of performance of any computer is

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Q. The native MIPS has the MIPS measurement of

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Q. If computer A execute a program in 10 seconds and computer B runs the same in 15 seconds, how much faster is computer A than computer B

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Q. For two computers X and Y, if the performance of computer X is greater than the performance of computer Y, we have

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Q. The total amount of work done during execution, in a given time is referred to as

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Q. To increase the performance of the computer its through put is increased by

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Q. Computer A having clock cycle time of 250 ps and cycle per instruction of 2.0 for some programs, and computer B having clock cycle time of 500 ps and a cycle per instruction of 1.2 for the same program. Which one is faster for this program

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Q. When the PC having Clock rate of 2 and the CPU clock cycle for a program is 4 then Execution time of this computer for a program will be

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Q. The time between the start and the end of program execution is known as

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Q. A set of standard CPU-intensive, floating points and integers benchmarks are referred to as

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Q. Computer B having execution time 110 ns and computer A having 1001 then

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Q. A first goal of compiler writer

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Q. Optimizations on the sources with output leading to later optimization passes are known as

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