Exploiting ILP Using Multiple Issue Quiz Questions and Answers 5 PDF Download

Learn exploiting ilp using multiple issue quiz, online computer architecture test 5 for distance learning, online courses. Free computer architecture and organization MCQs questions and answers to learn exploiting ilp using multiple issue MCQs with answers. Practice MCQs to test knowledge on exploiting ilp using multiple issue with answers, sorting program, role of compilers, instruction set operations, simple implementation scheme, exploiting ilp using multiple issue test for online information systems courses distance learning.

Free exploiting ilp using multiple issue online course worksheet has multiple choice quiz question: if exploiting and finding parallelism, across branches require scheduling code, a substantially very difficult algorithm is with choices global scheduling, local scheduling, pre scheduling and post scheduling with problems solving answer key to test study skills for online e-learning, formative assessment and jobs' interview preparation tips, study instruction level parallelism multiple choice questions based quiz question and answers.

Quiz on Exploiting ILP Using Multiple Issue Worksheet 5 Quiz PDF Download

Exploiting ILP Using Multiple Issue Quiz

MCQ. If exploiting and finding parallelism, across branches require scheduling code, a substantially very difficult algorithm is

  1. Global scheduling
  2. Local scheduling
  3. Pre scheduling
  4. Post scheduling

A

Simple Implementation Scheme Quiz

MCQ. In four control inputs of MIPS ALU ADD function has Control lines of

  1. 0
  2. 11
  3. 101
  4. 101

A

Instruction Set Operations Quiz

MCQ. If a comparing instruction and branch instruction uses some architectures, to treat these comparisons chooses as

  1. Error
  2. Exceptions
  3. Special cases
  4. All above

C

Role of Compilers Quiz

MCQ. A first goal of compiler writer?s is,

  1. Correctness
  2. Fast performance
  3. Callee saving
  4. Data dependence

A

Sorting Program Quiz

MCQ. Given lines of code temp = v[k]; v[k] = v[k+1]; v[k+1] = temp represents function of

  1. Factorial
  2. Multiplication
  3. Sorting
  4. Swapping

D