Dictionary Based Pattern Entropy for Causal Direction Discovery
2026-03-06T07:24:00Z•e661c1c6a5ee6e2f73b642463c3c0e66d5de3f7bf134579b6b58eb9da6cf1a5b
algorithmic-information-theorybayesian-modelingcausal-inferenceconvolutional-networksdecision-treesdeep-learning-theoryfairnessfeature-representationindependence-testinginterpretabilitymachine-learningshapley-valuesstatistical-theorytime-series
What happened
Collection of arXiv stat_ml preprints (2026-03-06) covering new methods and theoretical results across causal discovery, time-series feature maps, probabilistic modeling, and learning theory. Key contributions include: Dictionary Based Pattern Entropy (DPE) for causal direction discovery combining algorithmic and Shannon information; Bayesian hierarchical and mechanistic models for Collatz stopping times; the Volterra signature as an explicit, kernelized feature map for history-dependent systems; prediction-augmented optimal testers for distributional independence; analyses of convolutional NN
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_stat_ml
- Record identifier
- e661c1c6a5ee6e2f73b642463c3c0e66d5de3f7bf134579b6b58eb9da6cf1a5b
- Enrichment time
- 2026-03-06T07:24:00Z
- AI-assisted enrichment
- Yes
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