Consider the following intermediate code: r1 = 5 vl1 = r1 jmp Simple.f@o jmp Simple.f@1 Simple.f@0: write vl1 r2 = 7 13 = vl1 + r2 vl1 = r3 jmp Simple.f@o Simple.f@1: ro = vl1 return (i) Describe...

Consider the following intermediate code:<br>r1 = 5<br>vl1 = r1<br>jmp Simple.f@o<br>jmp Simple.f@1<br>Simple.f@0:<br>write vl1<br>r2 = 7<br>13 = vl1 + r2<br>vl1 = r3<br>jmp Simple.f@o<br>Simple.f@1:<br>ro = vl1<br>return<br>(i) Describe briefly what the optimisation dead code elimination<br>involves.<br>(ii) Show the result of applying dead code elimination to the<br>intermediate code above.<br>

Extracted text: Consider the following intermediate code: r1 = 5 vl1 = r1 jmp Simple.f@o jmp Simple.f@1 Simple.f@0: write vl1 r2 = 7 13 = vl1 + r2 vl1 = r3 jmp Simple.f@o Simple.f@1: ro = vl1 return (i) Describe briefly what the optimisation dead code elimination involves. (ii) Show the result of applying dead code elimination to the intermediate code above.

Jun 09, 2022

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Consider the following intermediate code: r1 = 5 vl1 = r1 jmp Simple.f@o jmp Simple.f@1 Simple.f@0: write vl1 r2 = 7 13 = vl1 + r2 vl1 = r3 jmp Simple.f@o Simple.f@1: ro = vl1 return (i) Describe...

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