Papers by Jiun-Yu Kao

4 papers
Mitigating Bias for Question Answering Models by Tracking Bias Influence (2024.naacl-long)

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Challenge: Existing literature observes bias in question answering (QA) models, but there is no method to mitigate it.
Approach: They propose an approach to mitigate the bias of question answering models by observing the influence of a query instance on another instance.
Outcome: The proposed method reduces bias level in all 9 bias categories while maintaining comparable QA accuracy.
GRAVL-BERT: Graphical Visual-Linguistic Representations for Multimodal Coreference Resolution (2022.coling-1)

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Challenge: Multimodal coreference resolution (MCR) is a crucial capability for building next-generation conversational agents.
Approach: They propose a multimodal coreference resolution model that resolves coreferences made in multi-turn dialogues with scene images.
Outcome: The proposed model resolves coreferences made in multi-turn dialogues with scene images.
Alexa Conversations: An Extensible Data-driven Approach for Building Task-oriented Dialogue Systems (2021.naacl-demos)

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Challenge: Traditional goal-oriented dialogue systems require annotations which are hard to obtain for every new domain, limiting scalability.
Approach: They propose a data-driven approach to building goal-oriented dialogue systems . they use a seed dialogue simulator to generate annotated conversations instead of collecting annotations .
Outcome: The proposed system improves turn-level action signature prediction accuracy by 50% . the system is scalable, extensible and data efficient .
Prompting Vision-Language Models For Aspect-Controlled Generation of Referring Expressions (2024.findings-naacl)

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Challenge: Referring Expression Generation (REG) is the task of generating a descriptive caption that uniquely identifies a given target in the scene.
Approach: They propose an Aspect-Controlled REG task which requires generating a referring expression conditioned on the input aspect(s) by changing the input input such as color, location, action etc.
Outcome: The proposed model beats all prior works in the CIDEr score and achieves comparable performance to training with 100% of real data.

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