relevance-audit.json

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1380 bytes, as of the version from 2026-10-27 01:03 (current). Recorded here, not run.

{
  "table": "T434",
  "baseline_revision": "af424e1a5191766b6097ad82ad0ab36f877ec73cd23314b5d37de9f6b207b423",
  "baseline_entries": 43,
  "status": "intrinsic method-of-steps breakpoints and domain endpoint",
  "selection": "it holds the domain endpoint and successive integer delay breakpoints $u=1,\\ldots,8$, with exact values at $1$ and $2$; no interior unit-interval samples are included",
  "reason": "The initial branch $\\omega(u)=1/u$ ends at $u=2$. The equation $(u\\omega(u))^{\\prime}=\\omega(u-1)$ propagates the branch transitions to $3,4,\\ldots$, as in the successive-interval construction of CITE{DelayEquations}. The integers are chosen for that delay structure, not as a general simplicity rule. The finite prefix includes the domain endpoint $1$ and stops at $8$.",
  "primary_sources": [
    "https://doi.org/10.1090/S0025-5718-1989-0969490-3"
  ],
  "skill_sha256": "b4d51ded0d52cfe3dcc0859de0845c3879b0c2363273ba7e809a7e06ded40b18",
  "earlier_skill_sha256": "ddda1bedfde5a883d9a3d1d24e88e731970776abd37e4a91d4c01c4af8542c44",
  "every_free_parameter": {
    "u": "intrinsic method-of-steps breakpoints and domain endpoint"
  },
  "retained_numeric_identifiers_reused_without_reassignment": true,
  "hand_edited_leaf_metadata_preserved": true,
  "removed_samples_retained_in_website_revision_history": true,
  "publication_or_approval_requested": false
}