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Memory Hierarchy Review Quizzes Online MCQs PDF Download eBook

Practice Memory Hierarchy Review quiz questions, memory hierarchy review multiple choice questions and answers PDF to prepare computer architecture exam worksheet 71 for online certificate programs. Practice "Thread Level Parallelism" quiz with answers, memory hierarchy review Multiple Choice Questions (MCQs) for online university degrees. Free memory hierarchy review MCQs, synchronization basics, dynamic scheduling and data hazards, role of compilers, what is pipelining, memory hierarchy review test prep for associates in computer science.

"In the coherent multiprocessor, caches that are present provides both the migration and", memory hierarchy review Multiple Choice Questions (MCQs) with choices recurrence, coherence, replication, and uniformity for top computer science schools. Learn thread level parallelism questions and answers with free online certification courses for online degrees.

Memory Hierarchy Review Questions and Answers PDF Download eBook

Memory Hierarchy Review Quiz

MCQ: In the coherent multiprocessor, caches that are present provides both the migration and

  1. coherence
  2. recurrence
  3. replication
  4. uniformity

C

What is Pipelining Quiz

MCQ: The physical characteristics of the die named as GTx 48 are impressively large: the size of the die is

  1. 420 (mm)10
  2. 520 (mm)10
  3. 620 (mm)10
  4. 720 (mm)10

B

Role of Compilers Quiz

MCQ: If a set has n blocks, the cache placement is then called

  1. 2-way set distributive
  2. 2-way set associative
  3. n-way setting
  4. n-way set associative

D

Dynamic Scheduling and Data Hazards Quiz

MCQ: Make a decision based on the results of the above instruction while it's being executed, is referred to as

  1. structural hazards
  2. data hazards
  3. control hazard
  4. pipelining

C

Synchronization Basics Quiz

MCQ: One of the complex jobs of the compiler writer is to figure out what instruction sequence will be used best for each segment, named as

  1. simplify trade-offs among alternatives
  2. stack height reduction
  3. local optimizations
  4. jumps

A