Implementation Issues of Pipelining Quiz Questions and Answers 41 PDF Download

Learn implementation issues of pipelining quiz, online computer architecture test 41 for distance learning, online courses. Free computer architecture and organization MCQs questions and answers to learn implementation issues of pipelining MCQs with answers. Practice MCQs to test knowledge on implementation issues of pipelining with answers, programming models and workloads, computer hardware operands, computer architecture: memory hierarchy, switch microarchitecture, implementation issues of pipelining test for online software engineering degree courses distance learning.

Free implementation issues of pipelining online course worksheet has multiple choice quiz question: exceptions that occur within instructions are usually with choices synchronous, asynchronous, pipelined and blocked for scholars competing for college and universities' scholarships with GRE practice test for good GRE percentiles, study pipelining in computer architecture multiple choice questions based quiz question and answers.

Quiz on Implementation Issues of Pipelining Worksheet 41 Quiz PDF Download

Implementation Issues of Pipelining Quiz

MCQ. Exceptions that occur within instructions are usually

  1. Synchronous
  2. Asynchronous
  3. Pipelined
  4. Blocked


Switch Microarchitecture Quiz

MCQ. Schemes that reduce traffic when collective traffic of all nodes is too large for network to handle, refers to

  1. Congestion controller
  2. Congestion control
  3. Header
  4. Phits


Computer Architecture: Memory Hierarchy Quiz

MCQ. Per memory reference, miss-rate can be turned into per instruction misses rate by

  1. Miss rate= Memory accesses/ instructions
  2. Miss rate= Memory accesses* instructions
  3. Miss rate= Memory accesses-instructions
  4. Miss rate= Memory accesses+ instructions


Computer Hardware Operands Quiz

MCQ. Add $t0,$s1,$s2; add $t1,$s3,$s4; sub $s0,$t0,$t1 , given lines of code gives an expression of

  1. f = (g + h) ? (i + j);
  2. f = (g - h) ? (i + j);
  3. f = (g + h) + (i + j);
  4. f = (g + h) ? (i - j);


Programming Models and Workloads Quiz

MCQ. To server 90% of accesses are local, 9% are being outside server but in rack, and 1% are being outside rack will be having average memory latency of

  1. 12.09 microseconds
  2. 12.09 nanoseconds
  3. 11.09 microseconds
  4. 11.09 nanoseconds