-- %TEACHINGWEB%.HugoDermawan - 25 Oct 2011
| Nucleotide length |
Time (s) |
Theoretical Time (s) |
| 8 |
0.000150918960571289 |
0.000150918960571289 |
| 16 |
0.000793933868408203 |
0.0012073517 |
| 32 |
0.00487017631530762 |
0.0063514709 |
| 64 |
0.0338418483734131 |
0.0389614105 |
| 128 |
0.256659984588623 |
0.270734787 |
| 256 |
2.54001307487488 |
2.0532798767 |
| 512 |
15.9432849884033 |
20.320104599 |
| 1024 |
133.930073976517 |
127.54627991 |
Theoretical time calculated by: t(L=2x) = ((t(L=x)^(1/3))*2)^3. As we can see, the runtime and the theoretical time based on the time it takes to run 8 nucleotides seem to closely agrees with each other. This confirms what has been demonstrated in lecture, where the time seems to grow exponentially at a rate approximately equal to the third power of the change in length.
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