Papers by Chong Shen

4 papers
Combining Tradition with Modernness: Exploring Event Representations in Vision-and-Language Models for Visual Goal-Step Inference (2023.acl-srw)

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Challenge: Existing methods for representing procedural knowledge are limited to capturing the most crucial information, namely actions and the participants, to learn stereotypical event sequences.
Approach: They propose a task that uses images to identify steps towards achieving a goal in the multimodal domain.
Outcome: The proposed task uses images that represent steps towards achieving a textually expressed goal in the multimodal domain.
From Observation to Understanding: Front-Door Adjustments with Uncertainty Calibration for Enhancing Egocentric Reasoning in LVLMs (2025.findings-acl)

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Challenge: Existing methods that adapt LVLMs to egocentric tasks overlook critical agent-environment interactions, limiting their ability to perform egoic reasoning.
Approach: They propose a zero-shot paradigm to enhance egocentric reasoning by simulating human causal reasoning by formalizing ego-centric reasoning using a structural causal model.
Outcome: The proposed method improves egocentric reasoning abilities on six tasks.
Unveiling the Deficiencies of Pre-trained Text-and-Layout Models in Real-world Visually-rich Document Information Extraction (2026.findings-eacl)

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Challenge: PTLMs have shown remarkable success in multiple information extraction tasks . however, their performance in real-world scenarios falls short of expectations .
Approach: They propose to use an entity-centric dataset to evaluate PTLMs' performance . they find that inadequate annotations in benchmark datasets lead to spurious correlations .
Outcome: The proposed dataset disentangles the falsely-coupled segment and entity annotations that arises from the block-level annotation of FUNSD.
DocFusion: A Unified Framework for Document Parsing Tasks (2025.findings-acl)

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Challenge: Existing methods for document parsing often employ multiple models, limiting performance . Existing models often employ discrete tokens, whereas recognition relies on continuous coordinates .
Approach: They propose a Gaussian-Kernel Cross-Entropy Loss (GK-CEL) that unifies detection and recognition by enabling generative frameworks to handle both tasks simultaneously.
Outcome: The proposed model performs competitively across four core document parsing tasks.

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