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| Add your row to the table below, following the examples already there. Please write down the time in '''micro'''seconds as an integer, and the ratios as floats with '''exactly two digits of precision'''. In the first column, write your account name, or name1+name2 if you work in a group. | Add your row to the table below, following the examples already there. Please write down the time in '''micro'''seconds as an integer, and the speedup ratios as floats with '''exactly two digits of precision'''. In the first column, write your account name, or name1+name2 if you work in a group. |
Results for Exercise Sheet 3 (Intersect)
Add your row to the table below, following the examples already there. Please write down the time in microseconds as an integer, and the speedup ratios as floats with exactly two digits of precision. In the first column, write your account name, or name1+name2 if you work in a group. Speedup is always measured as time_for_baseline / time_for_your_version (<1 = slower, >1 faster). In the last column briefly describe the improvements you implemented.
As mentioned in the lecture, repeat each measurement 5 times and take the average!
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Average Runtime (in µs) |
Speedup ratio |
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Name |
Baseline |
Your version |
existence + bielefeld |
them + bielefeld |
them + existence |
Language |
Machine Spec |
Implementation Summary |
ck1028 |
? |
? |
0.00 |
0.00 |
0.00 |
Java |
? |
? |
ck1028 |
? |
? |
0.00 |
0.00 |
0.00 |
C++ |
? |
? |