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Computer Systems Virtual Memory MCQs Quiz Online PDF Download eBook

Solve Computer Systems Virtual Memory Multiple Choice Questions (MCQ), computer systems virtual memory quiz answers PDF worksheet, computer architecture practice test for online courses. Learn interconnection networks Multiple Choice Questions and Answers (MCQs), "Computer Systems Virtual Memory" quiz questions and answers for top online computer science programs. Learn shared memory architectures, hardware based speculation, introduction to pipelining, computer hardware operands test prep for master's degree in computer science.

"Aggregate bandwidth refers to the total data bandwidth supplied by the network, and" Multiple Choice Questions (MCQ) on computer systems: virtual memory with choices effective bandwidth, throughput, lossy networks, and both a and b for top online computer science programs. Practice computer systems virtual memory quiz questions for merit scholarship test and certificate programs for BSc computer science.

MCQs on Computer Systems Virtual Memory PDF Download eBook

MCQ: Aggregate bandwidth refers to the total data bandwidth supplied by the network, and

  1. effective bandwidth
  2. throughput
  3. lossy networks
  4. both a and b

D

MCQ: In terms of the no of reading accesses/program, the miss penalty in clock-cycles for reading, and the reading miss-rate, is defined as

  1. write-stall
  2. queue buffer
  3. write buffer
  4. read-stall

D

MCQ: Every server containing 16 GBytes of memory along a 100-nanosecond access-time and transfer at

  1. 20 Bytes/sec
  2. 20 GBytes/sec
  3. 20 MBytes/sec
  4. 20 TBytes/sec

B

MCQ: For Reducing Miss Rate, using large blocks, the given statement defines

  1. first optimization
  2. second optimization
  3. third optimization
  4. fourth optimization

B

MCQ: How can be the processor's performance calculated?

  1. CPU execution time = (CPU clock cycles - Memory stall cycles) x Clock cycle time
  2. CPU execution time = (CPU clock cycles + memory stall cycles) * clock cycle time
  3. CPU execution time = (CPU clock cycles + memory stall cycles) - clock cycle time
  4. CPU execution time = (CPU clock cycles * memory stall cycles) + clock cycle time

B