Official code for "Neural Differential Recurrent Neural Networks with Adaptive Time Steps"
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Updated
Jul 3, 2025 - Jupyter Notebook
Official code for "Neural Differential Recurrent Neural Networks with Adaptive Time Steps"
InTaSet: a comprehensive benchmark dataset for nonlinear system identification and sensor-fault detection based on real-time measurements from a physical interconnected quadruple-tank testbed, operating in both open-loop and closed-loop configurations
A brief study conducted as a part of major "Applied mathematics and computer science" at the HSE University.
FINAL BOSS: A Holo-Neural hybrid control stack for real-time quantum error correction. Combines FPGA-based Hyperdimensional Computing (HDC) for nanosecond decoding with Neural ODEs for continuous drift prediction. [Patent Pending U.S. App. 63/940,641]
Using Neural ODEs to fit a networked UIV model to an SIR model of an epidemic.
A continuous depth language model framework in Julia, implementing Neural ODE Transformers, custom continuous attention integrators, reversible depth architectures, adjoint-based training, and efficient KV-cached inference.
Neural Ordinary Differential Equations
AI-Based Modeling for Energy-Efficient Buildings
First two problems of my Master's Thesis on Coarse-Graining of Molecular Dynamics with Neural Ordinary Differential Equations
Autoencoder Neural ODEs with stiffness reduction for surrogate modeling of stiff time series data
Thesis Assignment of Gabriele Ruscelli
Putting [A]NODEs ([Augmented] Neural ODEs) to work, for Time Series prediction and simulation
A direct collocation approach for more effective training of Neural ODEs
neural ordinary differential equations for undergraduate students
Parallel-in-time integration of Neural ODEs with reduced basis approximation
pharmacokinetic modeling using Neural ODEs, supporting Monolix-style datasets with covariates
The official repo for [Generative Video Bi-flow, ICCV 2025]
Approximately Bayesian Ensembling for Parameterized Neural ODEs.
I created a Graph Neural Ordinary Differential Equation (GNODE) for modeling Newtonian gravity.
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