Papers by Kaiser Sun

5 papers
Task Matters: Knowledge Requirements Shape LLM Responses to Context–Memory Conflict (2026.findings-acl)

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Challenge: Prior work has shown that large language models favor parametric knowledge under conflict, but this setting assumes that tasks should always rely on the provided passage.
Approach: They propose a model-agnostic diagnostic framework that holds underlying knowledge constant while injecting controlled conflicts across tasks with varying knowledge requirements.
Outcome: Evaluating representative open-source LLMs, the proposed framework holds underlying knowledge constant while injecting controlled conflicts across tasks with varying knowledge requirements.
Effective Attention Sheds Light On Interpretability (2021.findings-acl)

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Challenge: Using a subset of the GLUE tasks and BERT, we compare the two attention matrices and show that their interpretations differ.
Approach: They propose to use visualizing effective attention to interpret a transformer's behavior since it is more pertinent to the model output by design.
Outcome: The proposed method is more relevant to the model output by design than visualizing attention weights.
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.
Tokenization Consistency Matters for Generative Models on Extractive NLP Tasks (2023.findings-emnlp)

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Challenge: Pretrained sequence-to-sequence (seq2sequ) models have been widely used to solve extractive tasks, where parts of the input are extracted to form the desired output.
Approach: They propose a simple fix to tokenization inconsistency that damages extractive nature of generative models by causing performance drop and hallucination.
Outcome: The proposed model performs better in both in-domain and out-of-domain datasets with a notable average of +1.7 F1 gain when a BART model is trained on SQuAD and evaluated on 8 QA datasets.

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