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This is a repo providing instructions for BML class projects: inverse design for airfoils and neuralECM

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BML_projects_Instructions

This is a repo providing instructions for BML class projects, designed by Shang Zhu (Advisor: Venkat Viswanathan)

Course string: 24786, CMU, 'Special Topics: Bayesian Machine Learning for Scientists and Engineers'

More about the class can be found here

Project Idea 1: Inverse Design for Airfoils

(Credit to Varun Shankar, CMU)

We are trying to build ML surrogate for airfoil performance prediction, and create a generative model for airfoil images (GAN, VAE, Diffusion Models)

Data source: here provides a labeled airfoil dataset.

In class demo on denoising diffusion models: in reference to this post from Brian Pulfer. (Diffusion Models are really fun!)

Project Idea 2: NeuralECM

(Credit to Alexander Bills, CMU)

We are trying to fit equivalent circuit models with eVTOL discharging datasets, inside a differentiable framework (torchdiffeq, julia)

Julia implementation of neuralECM can be found here thanks for the efforts made by Alec!

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This is a repo providing instructions for BML class projects: inverse design for airfoils and neuralECM

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