Tijin Yan
Tijin Yan
My derivation about the time derivative of the log-likelihood is $\partial_t\log\rho =\frac{\partial_t \rho}{\rho} =\frac{-\nabla (b_{F}~ \rho) + \epsilon \Delta \rho}{\rho}$ $=-\nabla (b_{F}~ \rho)/\rho + \epsilon \nabla(s \rho)/\rho$ $=-\nabla b_F -...
Thanks for your quickly response! I still have some questions. * As show in Eq. 2.65, I think that we should calculate $\nabla b_B(t, Y_t^F)$ while $\nabla b_f(t, Y_t^F)$ is...
same problem here!
same here
> 我H20可以成功跑通，需要可联系帮配环境。 可以分享下配置、python版本和requirements吗？