Question: Given a program with execution times broken down shown below. Assume that techniques can only be applied to accelerate the floating-point and integer instructions. What


Given a program with execution times broken down shown below. Assume that techniques can only be applied to accelerate the floating-point and integer instructions. What is the theoretical upper bound of the speedup that can be achieved? Show your derivation. Continued from the previous question, now assume our goal is to redesign the machine to achieve an overall speedup of 2 times. A technique was found to accelerate the floating- point instruction by 5 times. To achieve our design goal, how much speedup is needed from optimizing the integer instructions? Given a program with execution times broken down shown below. Assume that techniques can only be applied to accelerate the floating-point and integer instructions. What is the theoretical upper bound of the speedup that can be achieved? Show your derivation
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