Computer Architecture MCQs - Chapter 10
Instruction Level Parallelism Multiple Choice Questions (MCQs) PDF Download - 9
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The Instruction Level Parallelism Multiple Choice Questions (MCQs) with Answers PDF, Download Instruction Level Parallelism MCQs PDF e-Book Ch. 10-9 to study Computer Architecture Course. Practice Symmetric Shared Memory Multiprocessors MCQs, Instruction Level Parallelism trivia questions and answers PDF for cheapest online computer science degree. Free Instruction Level Parallelism MCQs App Download: Computer Architecture Study App for computer architecture: memory hierarchy, what is virtual memory, switch microarchitecture, logical operations career test for online computer science degrees.
The MCQ: Computing the miss penalties, for every system, the formula which can be used is; "Instruction Level Parallelism" App Download (Free) with answers: miss penalty = memory access time + clock cycle, miss penalty = memory access time*clock cycle, miss penalty = memory access time-clock cycle, and miss penalty = memory access time\ clock cycle for online computer science degrees. Solve Introduction of Memory Quiz Questions, download Google eBook (Free Sample) for top online computer science programs.
Instruction Level Parallelism MCQ with Answers PDF Download: Quiz 9
Computing the miss penalties, for every system, the formula which can be used is
- miss penalty = memory access time*clock cycle
- miss penalty = memory access time + clock cycle
- miss penalty = memory access time-clock cycle
- miss penalty = memory access time\ clock cycle
The given instruction: L.D F0,0(R1), gets the state of execution in
- 1 iteration
- 2 iterations
- 3 iterations
- 4 iterations
If f0 is the array element then adding the scalar in F2, can be calculated as
- ADDi F4,F0,F2
- ADD.D F4,F1,F2
- ADD F4,F0,F2
- ADD.D F4,F0,F3
When branches are being mispredicted; hazard which is raised due to this issue is known as
- control hazard
- data hazard
- stall
- none
Which one of the following statement is true by considering this code DIV.D F0,F2,F4; ADD.D F10,F0,F8; SUB.D F12,F8,F14?
- SUB.D instruction cannot be executed
- dependence of ADD.D on DIV.D
- dependence of DIV.D on ADD.D
- both a and b
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Instruction Level Parallelism MCQ Book Questions
- For every instruction present in buffer, prediction accuracy is
- An alternative towards fine-grained multithreading, devised technique was
- Computing miss penalties, for every system, formula which can be used is
- Out-of-order execution of program tends to introduce possibility of
- Environment in which programs of computer system are executed is called