- Jul 28, 2017
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Michael Sternbach authored
Testing the coupled Rössler oscillators for chaotic behavior: Largest Lyaponov Exponent To test whether the behavior of the coupled rössler oscillators is chaotic for the chosen parameters, the largest Lyaponov exponent is determined for all topologies. Jupyter Notebook of the python code for the determination of the Lyaponov exponents for the coupled Rössler oscillators:
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Michael Sternbach authored
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Michael Sternbach authored
Testing the coupled Rössler oscillators for chaotic behavior: Largest Lyaponov Exponent To test whether the behavior of the coupled rössler oscillators is chaotic for the chosen parameters, the largest Lyaponov exponent is determined for all topologies. Jupyter Notebook of the python code for the determination of the Lyaponov exponents for the coupled Rössler oscillators:
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Michael Sternbach authored
Jupyter Notebook: Data Generation, Training and Testing of the ANN Jupyter Notebook of the Python/Keras code for data generation, training and testing of the ANN:
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Michael Sternbach authored
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Michael Sternbach authored
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- Jul 27, 2017
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Michael Sternbach authored
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Michael Sternbach authored
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Michael Sternbach authored
To test whether the behavior of the coupled rössler oscillators is chaotic for the chosen parameters, the largest Lyaponov exponent is determined for all topologies. Jupyter Notebook of the python code for the determination of the Lyaponov exponents for the coupled Rössler oscillators:
-
Michael Sternbach authored
Jupyter Notebook of the Python/Keras code for data generation, training and testing of the ANN:
-
Michael Sternbach authored
To test whether the behavior of the coupled rössler oscillators is chaotic for the chosen parameters, the largest Lyaponov exponent is determined for all topologies. Python code for the determination of the Lyaponov exponents for the coupled Rössler oscillators:
-
Michael Sternbach authored
python/Keras code for data generation, training and testing of the ANN:
-