Q7. For the following loop, assume the loop executes many iterations (the branch is almost always taken). What would be the steady state CPI of this code (e.g., assume branch always taken)? Assume the 5-stage MIPS pipeline, no branch delay slot in the ISA, branches resolved in the ID stage, and "predict branch not taken" strategy with one instruction squashed on a mispredict. loop: add R4, R6, R8 subi R2, R2, #8 lw R8, 1000 (R4) add R9, R8, R7 bne R2, R4, loop

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Q7. For the following loop, assume the loop executes many iterations (the branch is almost always taken). What
would be the steady state CPI of this code (e.g., assume branch always taken)? Assume the 5-stage MIPS
pipeline, no branch delay slot in the ISA, branches resolved in the ID stage, and "predict branch not taken"
strategy with one instruction squashed on a mispredict.
loop: add R4, R6, R8
subi R2, R2, #8
lw R8, 1000 (R4)
add R9, R8, R7
bne R2, R4, loop
Transcribed Image Text:Q7. For the following loop, assume the loop executes many iterations (the branch is almost always taken). What would be the steady state CPI of this code (e.g., assume branch always taken)? Assume the 5-stage MIPS pipeline, no branch delay slot in the ISA, branches resolved in the ID stage, and "predict branch not taken" strategy with one instruction squashed on a mispredict. loop: add R4, R6, R8 subi R2, R2, #8 lw R8, 1000 (R4) add R9, R8, R7 bne R2, R4, loop
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