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Data-driven solutions of partial differential equations, the lambda is given. In continuous time models of Schrödinger equation, what is the value of lambda?
Thanks.
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Which lambda is used on data-driven solutions of Schrödinger equation
There is no requirement to define lambda in the inference problem. Instead, the Schrödinger equation is explicitly defined for calculation of the penalization term in the loss function (MSE_f in equation (6) in the paper).
Data-driven solutions of partial differential equations, the lambda is given. In continuous time models of Schrödinger equation, what is the value of lambda?
Thanks.
The text was updated successfully, but these errors were encountered: