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<li><ahref="#paper-3">Rank It, Then Ask It</a></li>
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<li><ahref="#paper-4">AXOLOTL</a></li>
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<li><ahref="#paper-4">REQUAL-LM</a></li>
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<li><ahref="#paper-5">AXOLOTL</a></li>
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</ol>
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<pclass="toc-note">This list will be updated during the course of project.</p>
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</aside>
@@ -328,6 +329,61 @@ <h3>Rank It, Then Ask It: Input Reranking for Maximizing the Performance of LLMs
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<articleclass="paper-card" id="paper-4">
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<divclass="paper-tag">NAACL 2024</div>
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<h3>REQUAL-LM: Reliability and Equity through Aggregation in Large Language Models</h3>
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<pclass="paper-meta">
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Sana Ebrahimi, Nima Shahbazi, and Abolfazl Asudeh · <em>Findings of the Association for Computational Linguistics: NAACL 2024</em>, 2024
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</p>
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<divclass="paper-feature">
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<figureclass="paper-figure">
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<imgsrc="imgs/requal.jpg" alt="Illustration for the REQUAL-LM paper on reliable and equitable LLM output aggregation">
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</figure>
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<divclass="paper-feature-copy">
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<p>
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Large language models are increasingly used in domains with
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real societal consequences, but their randomized behavior
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can make outputs unstable. At the same time, biases and
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historical stereotypes embedded in data can lead models to
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produce responses that are unreliable, inequitable, or
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harmful for underrepresented groups.
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</p>
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<p>
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REQUAL-LM addresses this challenge through aggregation. The
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paper develops a Monte Carlo method based on repeated
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sampling, using multiple LLM outputs to identify a reliable
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response that stays close to the mean of the underlying
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distribution of possible answers. This turns randomness from
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a deployment risk into a signal that can be measured and
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stabilized.
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</p>
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<p>
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The method also introduces equity-aware aggregation. By
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formally defining reliability and bias, REQUAL-LM can search
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for outputs that are both dependable and less harmful,
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selecting responses that better represent minority groups
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while reducing unfair effects in the final answer.
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</p>
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<p>
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A key strength of the system is its practicality: it treats
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LLMs as black boxes, requires no retraining or specialized
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hardware, and avoids imposing a significant computational
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load. Experiments across multiple tasks and datasets show
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that REQUAL-LM can mitigate bias while selecting more
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reliable and equitable responses, making it well suited for
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deployment settings where model internals are unavailable.
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</p>
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<pclass="paper-citation">
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Citation: Sana Ebrahimi, Nima Shahbazi, and Abolfazl Asudeh. 2024. <em>REQUAL-LM: Reliability and Equity through Aggregation in Large Language Models</em>. In Findings of the Association for Computational Linguistics: NAACL 2024, pages 549-560, Mexico City, Mexico. Association for Computational Linguistics.
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