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Introduction to Embedded Systems MCQ with Answers PDF

Practice Introduction to Embedded Systems Multiple Choice Questions (MCQ), computer architecture quiz answers PDF with live worksheets for online degrees. Solve assessing computer performance Multiple Choice Questions and Answers (MCQs), Introduction to Embedded Systems quiz questions bank for computer software engineer online degree. "Introduction to Embedded Systems MCQ" PDF book: computer organization, operands type and size, computer types, introduction to computer performance test prep for computer science associate degree.

"For two computers X and Y, if the performance of computer x is greater than the performance of computer Y, we have" Multiple Choice Questions (MCQ) on introduction to embedded systems with choices performance x = 2performance x, performance x = performance x, performance x < performance y, and performance x > performance y for computer software engineer online degree. Solve introduction to embedded systems quiz questions for merit scholarship test and certificate programs for 2 year computer science degree.

MCQs on Introduction to Embedded Systems

1.

For two computers X and Y, if the performance of computer x is greater than the performance of computer Y, we have

performance X = 2performance X
performance X = performance X
performance X < performance Y
performance X > performance Y

2.

The actual dataflow values among instructions, which produce results and those that consume those results, is known as

control flow
control hazard
data hazard
data flow

3.

A register which can easily contain programs which naturally have very shorter vectors instead of the max size a computer architecture can support, is known as

gather-scatter operations
scatter store
fixed-length vector register
variable-length vector register

4.

When all instructions take the same number of cycles, which must also equal the number of pipeline stages the process is known as

pipe stage
stalling the pipeline
depth of the pipeline
stalling

5.

When elements tend to be operated in the dense form, then the sparse vector gets stored in an expanded form by a

gather-scatter operations
scatter store
scatter operations
commit
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