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Thank you for sharing this impressive code! Seems the code in predict.py does not work for inverse design from specification but works for predicting the S-parameters and gain with certain antenna parameters. So does it mean the predict.py is just for calling the trained function? if this understanding is correct, why do the 6 parameters need a range?
The text was updated successfully, but these errors were encountered:
Yes, predict.py is used to predict the S-parameters and gain of the U-shaped patch antenna. A total of 2 million samples of structures with their S-parameters and gain are predicted, so inverse-design targets can actually be quickly searched within these 2 million samples (tested to be applicable to most situations).
Question 2
The parameter ranges of the training set and the prediction set are different. The prediction set has a denser and wider range of parameters compared to the training set. After testing, we have found that the predicted samples within the given range are accurate and reliable.
I hope I have answered your questions. If you have any further doubts or queries, please feel free to share them.
Thank you for sharing this impressive code! Seems the code in predict.py does not work for inverse design from specification but works for predicting the S-parameters and gain with certain antenna parameters. So does it mean the predict.py is just for calling the trained function? if this understanding is correct, why do the 6 parameters need a range?
The text was updated successfully, but these errors were encountered: