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Second-Order Sensitivity Analysis for Bilevel Optimization

Experimental codebase accompanying the paper Second-Order Sensitivity Analysis for Bilevel Optimization by Robert Dyro, Edward Schmerling, Nikos Arechiga and Marco Pavone, published in International Conference on Artificial Intelligence and Statistics (AISTATS), 2022.

Using this code

We do not recommend using this code directly because we maintain a separate user-oriented version of this work implemented in PyTorch and JAX.

You can find it here:

We highly recommend navigating to those packages instead when interacting with this code.

Citing this work

If you find this work useful, please cite this publication with the following BibTeX

@inproceedings{DyroSchmerlingEtAl2022,
  author = {Dyro, R. and Schmerling, E. and Arechiga, N. and Pavone, M.},
  title = {Second-Order Sensitivity Analysis for Bilevel Optimization},
  booktitle = {{Int. Conf. on Artificial Intelligence and Statistics}},
  year = {2022},
  keywords = {press},
  owner = {rdyro},
  timestamp = {2022-02-05}
}

Repository Organization

  • exps contains the experiments used in the paper

    • exps/svm – Support Vector Machine hyperparameter tuning
    • exps/optimal_control – inverse optimal control with constraints
    • exps/auto_tuning – model auto-tuning experiments
    • exps/shared_scripts – contains various general-purpose experimental scripts shared by the experiments

  • implicit contains the main computational package

    • implicit/interface.py – interface bindings to make jax behave like torch
    • implicit/implicit.py – sensitivity routines and optimization function generation routine
    • implicit/diff.py – differentation utilities
    • implicit/opt.py – optimization routines
    • implicit/nn_tools.py – custom tools for working with neural networks in JAX
    • implicit/pca.py – principal component analysis visualization routines
    • implicit/inverse.py – specialized matrix-free inverse methods
    • implicit/utils.py – utility functions

  • unit_tests contains some sanity checks and unit tests to verify the package is working as expected