English, 12.03.2020 22:02 nonjabulomabaso6850
Amdahl's Law
Consider a program which takes 1000 seconds to execute, broken into 5 phases: A, B, C, D, E. Without any optimizations, each phase takes one-fifth of the total execution time.
Suppose that Phase A and B are both 60% parallelizable, and Phase C, D, and E are each 20% parallizable.
a. Assuming that there are 100 processors, and zero overhead from parallelization, what is the maximum speedup that can be obtained?
b. Wat is the speed up achieved (w. r.t to the initial) if we had 1000 processors instead of 100?
c. Based on this program alone, does hte speedup increase warrant the additional 900 processors?
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Amdahl's Law
Consider a program which takes 1000 seconds to execute, broken into 5 phase...
Consider a program which takes 1000 seconds to execute, broken into 5 phase...
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