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title: 'Physics-Informed Neural networks for Advance modeling'
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title: 'Physics-Informed Neural networks for Advanced modeling'
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tags:
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- python
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- deep learning
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@@ -51,7 +51,7 @@ The PINNs framework is completely general and applicable to different types of o
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{ width=20% }
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\textbf{PINA}, \emph{Physics-Informed Neural networks for Advance modeling}, is a Python library built using PyTorch that provides a user-friendly API to formalize a large variety of physical problems and solve it using PINNs easily.
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\textbf{PINA}, \emph{Physics-Informed Neural networks for Advanced modeling}, is a Python library built using PyTorch that provides a user-friendly API to formalize a large variety of physical problems and solve it using PINNs easily.
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# Statement of need
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PINA is an open-source Python library that provides an intuitive interface for the approximated resolution of Ordinary Differential Equations and Partial Differential Equations using a deep learning paradigm, in particular via PINNs.
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