1.7 Comment out the loops that print text with std::cout to avoid too much t printing to the terminal and then set n=10000. Make testsort again. You can n time the program with different algorithms by using: time testsort to run an executable called testsort. In the output, the first number preceeding t u is roughly the number of cpu-seconds used. Time the algorithms and see whi one performs best. Try timing more than once to verify your results. Report yo results. 1.8 Repeat the timing exercise but this time with an array of 10,000 numbers th is already ordered both top-down and bottom-up, A[i]=i or A[i]=n-i+1. Repe the results and explain the outcomes.

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
Chapter1: Introduction
Section: Chapter Questions
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1.7 Comment out the loops that print text with std::cout to avoid too much text
printing to the terminal and then set n=10000. Make testsort again. You can now
time the program with different algorithms by using:
time testsort
to run an executable called testsort. In the output, the first number preceeding the
u is roughly the number of cpu-seconds used. Time the algorithms and see which
one performs best. Try timing more than once to verify your results. Report your
results.
1.8 Repeat the timing exercise but this time with an array of 10,000 numbers that
is already ordered both top-down and bottom-up, A[i]-i or A[i]-n-i+1. Report
the results and explain the outcomes.
Transcribed Image Text:1.7 Comment out the loops that print text with std::cout to avoid too much text printing to the terminal and then set n=10000. Make testsort again. You can now time the program with different algorithms by using: time testsort to run an executable called testsort. In the output, the first number preceeding the u is roughly the number of cpu-seconds used. Time the algorithms and see which one performs best. Try timing more than once to verify your results. Report your results. 1.8 Repeat the timing exercise but this time with an array of 10,000 numbers that is already ordered both top-down and bottom-up, A[i]-i or A[i]-n-i+1. Report the results and explain the outcomes.
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