Automatic Differentiation from Scratch: How PyTorch Computes Gradients in Physics-Informed Neural Networks
2026-07-16T08:52:13Z•d1331cf5b1dfc26676dd599ee068c01d1128a64b639068217ecaa7339481e8cb
LLM-invocationPyTorchautodiffcreate_graphexplainabilityfederated-learningmachine-learningmodel-editingmodel-extractionmodel-fingerprintingparameter-decompositionprivacy
What happened
This collection of ML papers contains several findings with measurable security and privacy implications. Key points: (1) A detailed PyTorch autodiff trace for PINNs highlights how create_graph=True and multi-level differentiation build and retain complex computational graphs and adjoint values — increasing the attack surface for leakage of intermediate activations or sensitive inputs via gradients or retained graph state. (2) Federated Explainable AI (FedXAI) surveys explainability-in-flows and stresses explanation-centric privacy and robustness threats (non‑IID issues, leakage via explainers
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_lg
- Record identifier
- d1331cf5b1dfc26676dd599ee068c01d1128a64b639068217ecaa7339481e8cb
- Enrichment time
- 2026-07-16T08:52:13Z
- AI-assisted enrichment
- Yes
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