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[[File:NonLinearFunction.png|Non-Linear Function|500px]] | [[File:NonLinearFunction.png|Non-Linear Function|500px]] | ||
| − | Here is a good run with seed 2 | + | Here is a good run with seed 2: |
| − | + | {{small| | |
<pre> | <pre> | ||
collet@biplan:~/regression$ easena ./regression.ez -gp ; make ;./regression --nbCPUThreads 20 --plotStats 0 --seed 2 | collet@biplan:~/regression$ easena ./regression.ez -gp ; make ;./regression --nbCPUThreads 20 --plotStats 0 --seed 2 | ||
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collet@biplan:~/regression$ | collet@biplan:~/regression$ | ||
| − | </pre> | + | </pre>}} |
Version du 10 avril 2021 à 05:14
If you don't have an NVIDIA GPGPU card on your machine, please compile with:
$ easena ./regression.ez -gp ; make
and launched with:
$ ./regression --nbCPUThreads 20
If you have a multi-core CPU, EASEA parallelizes will parallelize over several threads using OpenMP. In order to use up to 20 threads (depending on the number of cores of your CPU), you can launch the program with:
$ ./regression --nbCPUThreads 20
The objective is to find back the following non-linear equation: y=4*sin(3*x)+x*x/10
Here is a good run with seed 2: