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Question 10 Suppose we have a parallel program that is 15% serial and 85% linearly parallelizable for a given problem size. Assume that the (absolute) serial time does not grow as the problem size is scaled. Suppose we scale up the problem size by a factor of 100. Based on the assumption that the factor size is aligned with the increase of processors, how much speedup could we achieve?

Question 10 Suppose we have a parallel program that is 15% serial and 85% linearly parallelizable for a given problem size. Assume that the (absolute) serial time does not grow as the problem size is scaled. Suppose we scale up the problem size by a factor of 100. Based on the assumption that the factor size is aligned with the increase of processors, how much speedup could we achieve?

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
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Question 10 Suppose we have a parallel program that is 15% serial and 85% linearly parallelizable for a given problem size. Assume that the (absolute) serial time does not grow as the problem size is scaled. Suppose we scale up the problem size by a factor of 100. Based on the assumption that the factor size is aligned with the increase of processors, how much speedup could we achieve?
Transcribed Image Text:Question 10 Suppose we have a parallel program that is 15% serial and 85% linearly parallelizable for a given problem size. Assume that the (absolute) serial time does not grow as the problem size is scaled. Suppose we scale up the problem size by a factor of 100. Based on the assumption that the factor size is aligned with the increase of processors, how much speedup could we achieve?
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