MIPS Pipeline and Multicycle Quiz Questions and Answers 100 PDF Download

Practice mips pipeline and multicycle quiz, computer architecture quiz online 100 to learn. Free computer architecture and organization MCQs questions and answers to learn mips pipeline and multicycle MCQs with answers. Practice MCQs to test knowledge on mips pipeline and multicycle, symmetric shared memory multiprocessors, switch microarchitecture, cache optimization techniques, instruction set architectures worksheets.

Free mips pipeline and multicycle worksheet has multiple choice quiz question as pipelining that allows to achieve higher clock rates by decomposing five-stage integer pipeline into eight stages, is refered as, answer key with choices as bubbling, stalling, superpipelining and deeper pipelining problem solving to test study skills. For viva learning help and jobs' interview preparation tips, study online pipelining in computer architecture multiple choice questions based quiz question and answers.

Quiz on MIPS Pipeline and Multicycle Quiz PDF Download Worksheet 100

MIPS Pipeline and Multicycle Quiz

MCQ. Pipelining that allows to achieve higher clock rates by decomposing the five-stage integer pipeline into eight stages, is refered as

  1. Bubbling
  2. Stalling
  3. Superpipelining
  4. Deeper pipelining

C

Symmetric Shared Memory Multiprocessors Quiz

MCQ. From inter-processor communication, the misses arises are often called

  1. Coherence misses
  2. Commit misses
  3. Parallel processing
  4. Hit rate

A

Switch Microarchitecture Quiz

MCQ. When buffers become full, link-level flow control provides feedback that prevents the transmission of additional packets, is known as

  1. Congestion controller
  2. Outsidepressure
  3. Backpressure
  4. Insidepressure

C

Cache Optimization Techniques Quiz

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

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

B

Instruction Set Architectures Quiz

MCQ. Modern compiler technology with its ability to effectively using larger numbers of

  1. Memory
  2. Registers
  3. Stack
  4. Queue

B