MCQsLlearn App Download MCQsLearn Free App
As an Amazon Associate I earn from qualifying purchases.

Computer Architecture Notes and Technology Articles

Instruction Level Parallelism MCQ Questions and Answers PDF Download eBook - 1

Practice Instruction Level Parallelism Multiple Choice Questions and Answers PDF, instruction level parallelism MCQs with answers PDF worksheets, computer architecture test 1 for online college programs. Learn exploiting ilp using multiple issue MCQs, "Instruction Level Parallelism" quiz questions and answers for admission and merit scholarships test. Learn exploiting ilp using multiple issue, designing and evaluating an i/o system, real faults and failures, mips fields, signed and unsigned numbers career test to learn free online courses.

"An algorithm for generating software pipelining, which is a way of increasing instruction-level parallelism by interleaving different iterations of an inner loop is known as" Multiple Choice Questions (MCQ) on instruction level parallelism with choices local scheduling, global scheduling, pre scheduling, and post scheduling for information and communication technology. Practice exploiting ilp using multiple issue quiz questions for jobs' assessment test and online courses for top computer science schools in the world.

MCQs on Instruction Level Parallelism Quiz PDF Download eBook

MCQ: An algorithm for generating software pipelining, which is a way of increasing instruction-level parallelism by interleaving different iterations of an inner loop is known as

  1. global scheduling
  2. local scheduling
  3. pre scheduling
  4. post scheduling

A

MCQ: Having load before the store in running program order, then interchanging this order, result in a

  1. waw hazard
  2. structural hazard
  3. war hazards
  4. control hazard

C

MCQ: When instruction i and instruction j tend to write the same register or the memory location, it is called

  1. input dependence
  2. output dependence
  3. ideal pipeline
  4. digital call

B

MCQ: The instruction, Add Loc,R1 in RTN is

  1. addsetcc loc + r1
  2. r1<-[loc] + [r1]
  3. r1 = loc + r1
  4. none of above

B

MCQ: The two phases of executing an instruction are

  1. instruction decoding and storage
  2. instruction execution and storage
  3. instruction fetch and instruction execution
  4. instruction fetch and instruction processing

A