<p>Digital twins and deep learning can help us design aircrafts and track their lifecycle. A team existing of a TU Delft researcher describes in<a href="https://www.e-helvetica.nb.admin.ch/api/download/urn%3Anbn%3Ach%3Abel-5282372%3Adesigns-08-00029.pdf/designs-08-00029.pdf"> a paper </a>how to increase damage tolerance with real-time insights. Converted into a podcast with Notebook LM. </p>

Digital twins and deep learning can help us design aircrafts and track their lifecycle. A team existing of a TU Delft researcher describes in a paper how to increase damage tolerance with real-time insights. Converted into a podcast with Notebook LM.

<p>Digital twins and deep learning can help us design aircrafts and track their lifecycle. A team existing of a TU Delft researcher describes in<a href="https://www.e-helvetica.nb.admin.ch/api/download/urn%3Anbn%3Ach%3Abel-5282372%3Adesigns-08-00029.pdf/designs-08-00029.pdf" rel="noopener noreferrer"> a paper </a>how to increase damage tolerance with real-time insights. Converted into a podcast with Notebook LM.&nbsp;</p>

Continuous aircraft improvement with machine learning

Join us in exploring the world of academic research into AI for manufacturing. We curate the latest research papers released under Creative Commons, and convert them into engaging podcasts with Generative AI tool Notebook LM.

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Continuous aircraft improvement with machine learning

Continuous aircraft improvement with machine learning