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An abstract representation of integrating inverse design on metamaterials using deep learning architectures.

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MetaMaterialInverseDesign

An abstract representation of integrating inverse design on metamaterials using deep learning architectures.

Task 1

  • The initial task was to simulate multiple simulations having different parameters using CST Studio Suite to generate resonance graphs of the particular metamaterial.
  • Using these graphs we need to understand the resonating point
  • Example

reonance curves

Task 2

  • With the help of several graphs obtained from simulating numerous parameters on metamaterials, we extracted the information present and collectively stored in the dataset.
  • These datasets were used as a base to train the models for inverse design.
  • Sample Dataset

Actual dataset records

Task 3

  • We created a couple of machine learning models using these datasets.

ML loss functions

Task 4

  • Implementation of a deep learning model was done to make better predictions.
  • 1D CNN layers were used to extract information from the graphs and make predictions of the parameters used.

Learning curve

Task 5

  • Basic frontend implementation of model usage was created, to showcase the working of the model.
  • Implementation

Results

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An abstract representation of integrating inverse design on metamaterials using deep learning architectures.

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