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Cache Optimization Techniques MCQs Quiz Online PDF Download eBook

Cache Optimization Techniques Multiple Choice Questions (MCQ), cache optimization techniques quiz answers PDF to practice computer architecture test for online degree programs. Learn computer memory review Multiple Choice Questions and Answers (MCQs), "Cache Optimization Techniques" quiz questions and answers for CS major. Learn how virtual memory works, memory hierarchy review, operating systems: virtual memory, computer architecture: memory hierarchy test prep for best online schools for computer science.

"Assume that the hit-time is single clock cycle, independent of size of block, and then 16-byte block in a 4 KB cache will be having access-time of" Multiple Choice Questions (MCQ) on cache optimization techniques with choices 6.027 clock cycles, 8.077 clock cycles, 7.027 clock cycles, and 8.027 clock cycles for CS major. Practice merit scholarships assessment test, online learning cache optimization techniques quiz questions for competitive exams in computer science major for applied computer science.

MCQs on Cache Optimization Techniques PDF Download eBook

MCQ: Assume that the hit-time is single clock cycle, independent of size of block, and then 16-byte block in a 4 KB cache will be having access-time of

  1. 6.027 clock cycles
  2. 8.077 clock cycles
  3. 7.027 clock cycles
  4. 8.027 clock cycles

D

MCQ: A direct-mapped cache having a size of N and has the miss rate same as a two-way set-associative cache, of size

  1. N
  2. N*2
  3. N/2
  4. N^2

C

MCQ: The rate of no of misses in a cache which is divided by whole number of memory-accesses, to the cache, is known as

  1. Local miss rate
  2. Global miss rate
  3. Hit rate
  4. Miss rate

A

MCQ: Larger blocks increases the conflict-misses and the capacity-misses, whenever the cache is

  1. Great
  2. Small
  3. Large
  4. Corrupt

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