Papers by Miriam Wanner

6 papers
Core: Robust Factual Precision with Informative Sub-Claim Identification (2025.findings-acl)

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Challenge: Using the Decompose-Then-Verify framework, such as FActScore, can be manipulated by adding obvious or repetitive subclaims to artificially inflate scores.
Approach: They propose a decomposition-based tool called Core to filter subclaims based on their uniqueness and informativeness.
Outcome: The proposed evaluation framework supports easy and modular use of Core and various decomposition strategies.
A Closer Look at Claim Decomposition (2024.starsem-1)

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Challenge: Recent work uses claim decomposition to determine how well supported a claim is for applications in factual precision of generated text, entailment of human generated text and claim verification.
Approach: They propose an LLM-based approach to generating decompositions inspired by Bertrand Russell’s theory of logical atomism and neo-Davidsonian semantics and demonstrate its improved decomposing quality over previous methods.
Outcome: The proposed method improves on the FActScore and a Bertrand Russell-inspired approach to generating decompositions inspired by neo-Davidsonian semantics and improves decomposability quality.
DnDScore: Decontextualization and Decomposition for Factuality Verification in Long-Form Text Generation (2025.emnlp-main)

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Challenge: Recent measures of factual precision use a decompose-then-verify framework . decontextualization is the process of augmenting subclaims with necessary context .
Approach: They evaluate different decomposition, decontextualization and verification strategies . they introduce a deconstructualization aware verification method that validates subclaims in context .
Outcome: The proposed method decomposes claims and independently verifyes them . it introduces a decontextualization aware verification method that validates subclaims in context .
CLAIMCHECK: How Grounded are LLM Critiques of Scientific Papers? (2025.findings-emnlp)

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Challenge: CLAIMCHECK is an annotated dataset of NeurIPS 2023 and 2024 submissions and reviews from OpenReview.
Approach: They annotate NeurIPS 2023 and 2024 submissions and reviews for weaknesses and dispute them for fine-grained labels of validity, objectivity, and type of the identified weaknesses.
Outcome: The proposed dataset is richly annotated by ML experts for weaknesses statements in the reviews and the claims that they dispute, as well as fine-grained labels of validity, objectivity, and type of the identified weaknesses.
How Grounded is Wikipedia? A Study on Structured Evidential Support and Retrieval (2026.findings-acl)

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Challenge: 22% of claims in Wikipedia *lead* sections are unsupported by the article body . 30% of annotated claims in the article *body* are unbacked by their (publicly accessible) sources .
Approach: They analyze Wikipedia's claim support annotations using a large-scale dataset . they find that 22% of Wikipedia claims are unsupported by the article body .
Outcome: The proposed dataset analyzes claims support annotations on biographical Wikipedia articles.
Revisiting the Effects of Leakage on Dependency Parsing (2022.findings-acl)

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Challenge: Recent work shows that treebank size and linguistic variation are important factors that explain the variation in dependency parsing performance.
Approach: They propose a measure of leakage that explains and correlates with observed performance variation.
Outcome: The proposed measure explains and correlates with observed performance variation.

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