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Text Spotting Transformers

2022-04-05CVPR 2022Code Available1· sign in to hype

Xiang Zhang, Yongwen Su, Subarna Tripathi, Zhuowen Tu

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Abstract

In this paper, we present TExt Spotting TRansformers (TESTR), a generic end-to-end text spotting framework using Transformers for text detection and recognition in the wild. TESTR builds upon a single encoder and dual decoders for the joint text-box control point regression and character recognition. Other than most existing literature, our method is free from Region-of-Interest operations and heuristics-driven post-processing procedures; TESTR is particularly effective when dealing with curved text-boxes where special cares are needed for the adaptation of the traditional bounding-box representations. We show our canonical representation of control points suitable for text instances in both Bezier curve and polygon annotations. In addition, we design a bounding-box guided polygon detection (box-to-polygon) process. Experiments on curved and arbitrarily shaped datasets demonstrate state-of-the-art performances of the proposed TESTR algorithm.

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Benchmark Results

DatasetModelMetricClaimedVerifiedStatus
ICDAR 2015TESTRF-measure (%) - Strong Lexicon85.2Unverified
Inverse-TextTESTRF-measure (%) - No Lexicon34.2Unverified
SCUT-CTW1500TESTRF-measure (%) - No Lexicon56Unverified
Total-TextTESTRF-measure (%) - No Lexicon73.3Unverified

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