Inverse design of an ultra-compact dual-band wavelength demultiplexing power splitter with detailed analysis of hyperparameters
Inverse design has been widely studied as an efficient method to reduce footprint and
improve performance for integrated silicon photonic (SiP) devices. In this study, we have …
improve performance for integrated silicon photonic (SiP) devices. In this study, we have …
Inverse design of an ultra-compact dual-band wavelength demultiplexing power splitter with detailed analysis of hyperparameters
A Sun, X Deng, S Xing, Z Li, J Jia, G Li… - Optics …, 2023 - pubmed.ncbi.nlm.nih.gov
Inverse design has been widely studied as an efficient method to reduce footprint and
improve performance for integrated silicon photonic (SiP) devices. In this study, we have …
improve performance for integrated silicon photonic (SiP) devices. In this study, we have …
Inverse design of an ultra-compact dual-band wavelength demultiplexing power splitter with detailed analysis of hyperparameters
A Sun, X Deng, S Xing, Z Li, J Jia, G Li, A Yan… - Optics …, 2023 - ui.adsabs.harvard.edu
Inverse design has been widely studied as an efficient method to reduce footprint and
improve performance for integrated silicon photonic (SiP) devices. In this study, we have …
improve performance for integrated silicon photonic (SiP) devices. In this study, we have …
Inverse design of an ultra-compact dual-band wavelength demultiplexing power splitter with detailed analysis of hyperparameters.
A Sun, X Deng, S Xing, Z Li, J Jia, G Li, A Yan… - Optics …, 2023 - europepmc.org
Inverse design has been widely studied as an efficient method to reduce footprint and
improve performance for integrated silicon photonic (SiP) devices. In this study, we have …
improve performance for integrated silicon photonic (SiP) devices. In this study, we have …