Closed Abeeekoala closed 3 months ago
Hi @Abeeekoala , thank you for submitting this demo! 🙌 We'll review it and get back to you in the next few days.
Hi @Abeeekoala , thanks so much for sharing the code from your project, and congrats again. ☺
There are a couple of things that might be nice to add, if you could take a quick look at them here:
torch.save(model_qt, 'model_/model_loss_bsf')
line it would be worth it to add a comment to note that it's a local folder.This looks great, I'm looking forward to sharing it!
Hi @ikurecic, thanks for the feedback we have updated the repository. In response to your questions
Thanks again for your invitation to this demo and we look forward to hearing from you soon.
Hi @Abeeekoala , that's brilliant, thanks so much! ☺ It should be live here either later today or on Monday, and our Marketing Team will tag you both on LinkedIn in the next couple of weeks.
Great job and congrats again on your hard work, this is really cool and I'm looking forward to seeing where you folks go next. :)
That is fantastic, thank you so much.
Ivana Kurečić @.***> 於 2024年8月3日 週六 上午12:26寫道:
Hi @Abeeekoala https://github.com/Abeeekoala , that's brilliant, thanks so much! ☺ It should be live here https://pennylane.ai/qml/demos_community/ either later today or on Monday, and our Marketing Team will tag you both on LinkedIn in the next couple of weeks.
Great job and congrats again on your hard work, this is really cool and I'm looking forward to seeing where you folks go next. :)
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General information
Name Chu-Hsuan Abraham Lin
Affiliation (optional) Imperial College London
Demo information
Title Quantum-Train Long Short-Term Memory (QT-LSTM) for Wave Prediction (PennyLane Public Demo)
Abstract This tutorial features the Quantum Train architecture proposed by Chen-Yu Liu et al. You can find more details on arXiv:2405.11304 and arXiv:2402.16465. Originally, in Deloitte’s Quantum Climate Challenge 2024, we implemented QT-LSTM to predict flood events along the Wupper River. However, due to the confidentiality of the data, we can only demonstrate QT-LSTM with fabricated data for simplicity while showcasing the power of this framework. In this tutorial, we implemented a classical LSTM model to learn the time-series wave data. We then explore the components of the LSTM model and finally implement the QT-LSTM.
Relevant links GitHub Repo