An approach to solving the harmonic oscillator equations using a modified physics-based loss function in a neural network to improve from a purely "data-driven" approach.
An approach to solving the harmonic oscillator equations using a modified physics-based loss function in a neural network to improve from a purely "data-driven" approach.
https://in.pycon.org/cfp/pycon-india-2023/proposals/pinns-physics-informed-neural-networks~bqwpe/
An approach to solving the harmonic oscillator equations using a modified physics-based loss function in a neural network to improve from a purely "data-driven" approach.
An approach to solving the harmonic oscillator equations using a modified physics-based loss function in a neural network to improve from a purely "data-driven" approach.
https://in.pycon.org/cfp/pycon-india-2023/proposals/pinns-physics-informed-neural-networks~bqwpe/