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Notes on Applicability of GPT-4 to Document Understanding

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arxiv 2405.18433 v1 pith:PD53WYP2 submitted 2024-05-28 cs.CL

classification cs.CL
keywords gpt-4documentmodelsevaluationindicateresultstexttextual
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We perform a missing, reproducible evaluation of all publicly available GPT-4 family models concerning the Document Understanding field, where it is frequently required to comprehend text spacial arrangement and visual clues in addition to textual semantics. Benchmark results indicate that though it is hard to achieve satisfactory results with text-only models, GPT-4 Vision Turbo performs well when one provides both text recognized by an external OCR engine and document images on the input. Evaluation is followed by analyses that suggest possible contamination of textual GPT-4 models and indicate the significant performance drop for lengthy documents.

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  1. Entropy Heat-Mapping: Localizing GPT-Based OCR Errors with Sliding-Window Shannon Analysis

    cs.CV 2025-04 conditional novelty 4.0 of 10

    Using a sliding window over per-token Shannon entropy from GPT-4o log-probabilities, the paper flags high-uncertainty spans that, in a 36-image proof-of-concept, tend to contain most math OCR errors.

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