Feeding ground-truth label embeddings into an STR decoder and progressively masking them based on training loss improves accuracy on several benchmarks while leaving inference unchanged.
TEACH: Text Encoding as Curriculum Hints for Scene Text Recognition
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abstract
Scene Text Recognition (STR) remains a challenging task due to complex visual appearances and limited semantic priors. We propose TEACH, a novel training paradigm that injects ground-truth text into the model as auxiliary input and progressively reduces its influence during training. By encoding target labels into the embedding space and applying loss-aware masking, TEACH simulates a curriculum learning process that guides the model from label-dependent learning to fully visual recognition. Unlike language model-based approaches, TEACH requires no external pretraining and introduces no inference overhead. It is model-agnostic and can be seamlessly integrated into existing encoder-decoder frameworks. Extensive experiments across multiple public benchmarks show that models trained with TEACH achieve consistently improved accuracy, especially under challenging conditions, validating its robustness and general applicability.
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TEACH: Text Encoding as Curriculum Hints for Scene Text Recognition
Feeding ground-truth label embeddings into an STR decoder and progressively masking them based on training loss improves accuracy on several benchmarks while leaving inference unchanged.