Lity Final Exe a) With high volumes, the manufacturing process can be tuned to a particular design, increasing the yield. b) It is less work to design a high-volume part than a low-volume part e) The masks used to make the chip are expensive, so the cost per chip is lower for higher volume d) Engineering development costs are high and largely independent of volume; thus, the development cost per die is lower with high-volume parts. e) High-volume parts usually have smaller die sizes than low-volume parts and therefore hva higher yield per wafer. 2) 12 points) A given application written in Java runs 15 seconds on a desktop processor. A new Java compiler is released that requires only 0.6 as many instructions as the old compiler. Unfortunately. it increases the CPI by 1.1. How fast can we expect the application to run using this new compiler? Pick the right answer from the three choices below: 15 x 0.6 25 a) LI b) 15 x 0.6 X L1 = 9.9 sec Calc 15x1.1 - 27.5 sec c) 06 de 3) 12 points) Consider the following performance measurements for a program: Measurement Instruction count Clock rate ICPI 1 Computer A 10 billion 4GHZ 0 Computer B 8 billion 4 GHz 1.1 Computer has the higher MIPS rating. Computer 3 is faster. 4) [2 points) What is the decimal value of this 64-bit two's complement number? IC 1111111111111111111111111111 1111111111111111111111111111 1111 1000W b) -8 c) -16 cm d) 18,446,744,073,709,551,609 m [2 points] What MIPS instruction does this represent? Choose from one of the four options below. opr itrd shamt funct TO 8 9 10 0 34 a) sub Sto, St1,$t12 - add $12, St0,$t1 sub $12, St., Sto sub St2, Sto, $t1