Shared Memory Architectures Quiz Questions and Answers Online 7 pdf eBooks Download

Learn shared memory architectures quiz questions, online computer architecture quiz 7 to practice. Free computer architecture and organization MCQs questions and answers to learn shared memory architectures MCQs with answers. Practice MCQs to test knowledge on shared memory architectures, introduction to memory hierarchy design, major hurdle of pipelining, introduction to interconnection networks, models of memory consistency worksheets.

Free shared memory architectures worksheet has multiple choice quiz question as to update cached copies of data item; is alternative protocol which is known as, answer key with choices as write update, write broadcast protocol, read protocol and both a and b problem solving to test study skills. For viva learning help and jobs' interview preparation tips, study online thread level parallelism multiple choice questions based quiz question and answers.

Quiz on Shared Memory Architectures Quiz pdf Download Worksheet 7

Shared Memory Architectures Quiz

MCQ. To update cached copies of data item; is alternative protocol which is known as

  1. Write update
  2. Write broadcast protocol
  3. Read protocol
  4. both a and b


Introduction to Memory Hierarchy Design Quiz

MCQ. Scheme having set, in cache as a group of blocks, is known as

  1. Set distributive
  2. Principle of locality
  3. Set associative
  4. None of above


Major Hurdle of Pipelining Quiz

MCQ. In following instruction set DADD R1,R2,R3; DSUB R4,R1,R5; AND R6,R1,R7; OR R8,R1,R9; XOR R10,R1,R11, all instructions after DADD use result of the

  1. DSUB instruction
  2. DADD instruction
  3. AND instruction
  4. OR instruction


Introduction to Interconnection Networks Quiz

MCQ. Interconnection networks are also called

  1. Communication subnets
  2. Communication subsystems
  3. Cellular telecommunication
  4. Both a and b


Models of Memory Consistency Quiz

MCQ. One that programming model which allows for having a more efficient implementation, is to suppose that programs are

  1. Remote
  2. Synchronized
  3. Atomic
  4. Shared