(1) Create a table that shows the real, user, and system times measured for the bubble and tree sort algorithms. (2) In the sorting program, what actions take user time? (3) in the sorting program, what actions takejkemel time? (4) Which sorting algorithm is fastest? (It's so obvious, you don't even need a timer) Execute both the bubble sort and tree sort algorithms for array sizes: 100, 1000, 10,000, and 100,000. The speedup achieved by tree sort over bubble sort is S(TbubbleTree) where Tbubble is the execution time of the bubble sort and Tree is the execution time of the tree sort. Create a scatter plot for speedup vs. array-size using LibreOffice. Make thorough comments (in 5-6 lines) on any trend(s) that you observe (speed grows linearly? exponentially? something else?).

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
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(1) Create a table that shows the real, user, and system times measured for the bubble and tree sort algorithms.
(2) In the sorting program, what actions take user time?
(3) in the sorting program, what actions takejkemel time?
(4) Which sorting algorithm is fastest? (It's so obvious, you don't even need a timer)
Execute both the bubble sort and tree sort algorithms for array sizes: 100, 1000, 10,000, and 100,000. The speedup achieved by tree sort over bubble sort is S(TbubbleTree)
where Tbubble is the execution time of the bubble sort and Tree is the execution time of the tree sort. Create a scatter plot for speedup vs. array-size using LibreOffice. Make
thorough comments (in 5-6 lines) on any trend(s) that you observe (speed grows linearly? exponentially? something else?).
Transcribed Image Text:(1) Create a table that shows the real, user, and system times measured for the bubble and tree sort algorithms. (2) In the sorting program, what actions take user time? (3) in the sorting program, what actions takejkemel time? (4) Which sorting algorithm is fastest? (It's so obvious, you don't even need a timer) Execute both the bubble sort and tree sort algorithms for array sizes: 100, 1000, 10,000, and 100,000. The speedup achieved by tree sort over bubble sort is S(TbubbleTree) where Tbubble is the execution time of the bubble sort and Tree is the execution time of the tree sort. Create a scatter plot for speedup vs. array-size using LibreOffice. Make thorough comments (in 5-6 lines) on any trend(s) that you observe (speed grows linearly? exponentially? something else?).
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