MindSpore
Installation
MindSpore Elec Introduction and Installation
Application
Physics Informed Deep Learning Method for Electromagnetic Simulation
Data Driven Deep Learning Method for Electromagnetic Simulation
Device-to-device differentiable FDTD method
S-parameter Simulation of Patch Antenna Based on Differentiable FDTD
Device-to-device Differentiable FDTD for Solving Electromagnetic Inverse Scattering
Visualizing Electromagnetic Simulation Results
API References
mindelec.architecture
mindelec.common
mindelec.data
mindelec.geometry
mindelec.loss
mindelec.operators
mindelec.solver
mindelec.vision
RELEASE NOTES
Release Notes
MindSpore
»
Device-to-device differentiable FDTD method
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Device-to-device differentiable FDTD method
S-parameter Simulation of Patch Antenna Based on Differentiable FDTD
Device-to-device Differentiable FDTD for Solving Electromagnetic Inverse Scattering