ResearchResearch paperEfficiency & Inference · Training & Scaling · Interpretability1 source · Oct 12, 2026

Making Tensor Decoupling More Robust and Less Parametric

Tensor decoupling algorithms recover compact representations of multivariate functions by combining linear factor matrices with univariate internal nonlinearities.

Key points

  • We identify two limitations of recent methods.
  • First, their performance is not invariant to mismatched output or gradient magnitudes, and second, their spline internals require manual tuning of their degrees of freedom.
  • The first is a preprocessing step that rescales the input Jacobian tensor, removing both the bias towards larger magnitude outputs and the ill-conditioning of certain factor updates caused by such a mismatch.
  • Finally, we release an efficient open-source JAX implementation of our algorithm.

Sources (1)

  • [1]Making Tensor Decoupling More Robust and Less Parametric
    arXiv (AI, ML, NLP, CV, robotics, multi-agent) · Oct 12, 03:15 PM
    Tensor decoupling algorithms recover compact representations of multivariate functions by combining linear factor matrices with univariate internal nonlinearities.
    We identify two limitations of recent methods.

Extractive summary: sentences quoted from the sources.

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  1. Oct 10, 2026MARL-BattleGrounds: A Novel JAX-native Benchmark for Heterogeneous and Competitive Multi-agent RL

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