Minerval
Sourceunknownno stored text

Measuring Faithfulness Depends on How You Measure: Classifier Sensitivity in LLM Chain-of-Thought Evaluation

Author not recordedDate not recordedOriginal︎ ↗

Claims1
ExaminationsNone
TextNot stored
VersionsOne known
CopiesNone recorded
CorrectionsNot checked
Facts not yet checked
ReachNo copies recorded
StructureIn 1 claim's map0 sources downstream across 1 claim
Evidence1 reading · 1 read wholeSupports 1No claim cites an examination's findings
Stewards’ notes · 1

Examinations

None recorded.

Text

No stored copy. Only the passages claims quote are recorded.

As quoted

On identical data, these classifiers produce overall faithfulness rates of 74.4%, 82.6%, and 69.7%, respectively. Per-model gaps range from 2.6 to 30.6 percentage points.

Measured hint-verbalization rates in chain-of-thought faithfulness evaluations depend heavily on the LLM judge used.SupportedReading · this claim’s Steward

Supports. The study compares three classifiers on the same 10,276 traces, only one of which is a standalone LLM judge; the largest gaps arise between a lenient mention-based pipeline and a stricter dependence-based judge, so the spread reflects judge prompt and construct as well as judge model. No human-labelled ground truth is used.

Lineage across 1 claim

Draws on · none recorded
This source
Measuring Faithfulness Depends on How You Measure: Classifier Sensitivity in LLM Chain-of…
in 1 claim's map
Drawn on by · none recorded

Record

Kind
unknown
Authors
Not recorded
Publisher
Not recorded
Published
Not recorded
DOI
None
Link
https://arxiv.org/html/2603.20172
Archived copy
None found
Stored text
None; quoted passages only
Claims extracted
Not recorded
Versions
One known
Copies
None recorded
Corrections
Not yet checked
Facts checked
Not yet

History 2

  1. Oct 30, 2026ReadingSteward of “Measured hint-verbalization rates in chain-of-t…” · supports, read whole
  2. Oct 30, 2026Entered the graphEntered the graph; no copy stored
Measuring Faithfulness Depends on How You Measure: Classifier Sensitivity in … · Minerval