|
Size: 3200
Comment:
|
Size: 3452
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 20: | Line 20: |
| ||Matthias F ||2,1s || ||1.7µs || ||Intel T2390 @ 1.86GHz / 2GB ||C++ || | ||Matthias F ||2,1s ||8ms ||1.7µs ||33 ||Intel T2390 @ 1.86GHz / 2GB ||C++ || |
| Line 34: | Line 34: |
| ||Philipp B ||1.7s ||7.0ms ||1.2µs ||28 ||Intel Core 2 Quad @ 2.40GHz / 4GB ||C++ || | ||Philipp B ||1.7s ||6.6ms ||1.0µs ||28 ||Intel Core 2 Quad @ 2.40GHz / 4GB ||C++ || ||Aritz B ||1.8s ||13ms ||2.6µs ||28 ||Intel Core 2 Duo @ 2.40GHz / 4GB ||Java || ||Antony N ||0.9s ||7ms ||- µs ||34 ||Intel i5-750 @ 2.67GHz / 4GB ||Java || ||Hossein RZ ||1.5s ||2s ||1.2µs ||36 ||Intel Core 2 Duo @ 2.4GHz / 4GB ||Java || |
Results for Exercise Sheet 5 (Approximate Word Matching)
Please read the instructions below, before adding something to the table!
Add your row to the table below, following the examples already there. Column 2 = construction time for your k-gram index in seconds (with exactly one digit after the dot). Column 3 = average query time in milliseconds (rounded to the next integer). Column 4 = average time (over all queries) for one edit distance computation in microseconds (with exactly one digit after the dot). Column 5 = average number of matches per query (rounded to the next integer). Column 6 = machine specification as usual (processor frequency with exactly one digit after the dot, amount of RAM as an integer, no secondary details about processor). Column 7 = programming language (Java or C++).
Name |
Constr. time |
Query time |
ED time |
Matches / query |
Processor / RAM |
Language |
Florian B |
0.7s |
6ms |
1.2µs |
28 |
Intel X5560 @ 2.8GHz / 36GB |
Java |
Simon P |
2.0s |
11ms |
1.1µs |
34 |
Intel i3 @ 1.3GHz / 4GB |
Java |
Anton S |
0.4s |
1ms |
0.3µs |
28 |
VM: i5 3570K @ 3.4GHz / 5GB |
C++ |
Fabian S |
0.7s |
80ms |
5.0µs |
28 |
Core 2 Duo @ 2.26 GHz / 8GB |
C++ |
Adrian+Susi |
0.3s |
1ms |
0.4µs |
28 |
i7 3570k @ 3.4 GHz / 8GB |
C++ |
Severin G |
2.2s |
108ms |
1.5µs |
27 |
Core 2 Duo @ 2.0 GHz / 4GB |
C++ |
Philipp L |
1.0s |
18ms |
1.4µs |
28 |
Phenom II X4 955 @ 3.2GHz / 4GB |
Java |
Andreas H |
1.0s |
12ms |
1.2µs |
28 |
Intel P8700 @ 2.53GHz / 4GB |
C++ |
Matthias H |
2.5s |
9ms |
5.7µs |
27 |
Intel i3 380UM @ 1.3GHz / 4GB |
Java |
Christoph S |
1.3s |
7ms |
1.3µs |
27 |
Intel T9400 @ 2.5GHz / 4GB |
Java |
Milan O, Torben S |
1.6s |
4ms |
0.8µs |
7 |
Intel T6570 @ 2.10GHz / 8GB |
C++ |
Nikolaus M |
1.6s |
2ms |
0.6µs |
28 |
i3 3220 @ 3.3 GHz / 8GB |
C++ |
Mirko |
1.7s |
4ms |
??µs |
28 |
Core 2 Duo @ 2.4 GHz / 4GB |
C++ |
Matthias F |
2,1s |
8ms |
1.7µs |
33 |
Intel T2390 @ 1.86GHz / 2GB |
C++ |
Jan M |
1.6s |
10ms |
0.7µs |
28 |
Intel E5645 @ 2.4GHz / 23GB |
C++ |
Markus F |
0.7s |
3ms |
0.7µs |
28 |
Intel Core i5-2500K @ 3.30GHz / 8GB |
C++ |
Bettina H |
29.9s |
6ms |
0.8µs |
27 |
Intel i3-2100 @ 3.10 GHz / 6GB |
Java |
Tobias F |
1.6s |
5ms |
??µs |
5 |
Phenom II X4 965 @ 3.4GHz / 4GB |
Java |
Christoph G |
0.3s |
3ms |
0.2µs |
28 |
i5 3570k @ 3.4 GHz / 8GB |
C++ |
Ragavan N |
0.3s |
7ms |
0.2µs |
28 |
i7-3720QM @2.6GHz / 16GB |
Java |
Simon S |
0.4s |
5ms |
|
|
Intel X5560 @ 2.8GHz / 36GB |
C++ |
João A |
3.3s |
43ms |
0.6µs |
28 |
Intel Core 2 Duo @ 2.4GHz / 4GB |
Java |
Fabian W |
0.7s |
3ms |
0.5µs |
27 |
Intel Core i5-3320M @ 2.60GHz / 4GB |
C++ |
Dennis P, Marcel G |
1.0s |
41ms |
|
|
i5 520M @ 2.4 GHz / 6 GB |
C++ |
Marc P |
1.6s |
12ms |
1.4µs |
34 |
Intel i5-M480 @ 2.70GHz / 4GB |
Java |
Achim L |
2.1s |
10ms |
1.9µs |
34 |
Intel T6670 @ 2.2GHz / 2GB |
Java |
Nils B |
2.1s |
6.0ms |
2.3µs |
28 |
AMD X2 BE2350 @ 2.1GHz / 4 GB |
C++ |
Philipp B |
1.7s |
6.6ms |
1.0µs |
28 |
Intel Core 2 Quad @ 2.40GHz / 4GB |
C++ |
Aritz B |
1.8s |
13ms |
2.6µs |
28 |
Intel Core 2 Duo @ 2.40GHz / 4GB |
Java |
Antony N |
0.9s |
7ms |
- µs |
34 |
Intel i5-750 @ 2.67GHz / 4GB |
Java |
Hossein RZ |
1.5s |
2s |
1.2µs |
36 |
Intel Core 2 Duo @ 2.4GHz / 4GB |
Java |