A tapered-nanofibre optomechanical scheme, together with the pump–probe technique, is exploited to implement a broadband and low-power light-control-light effect.

This paper presents our solution for the ICDAR 2021 Competition on Scientific Table Image Recognition to LaTeX. This competition has two sub-tasks: Table Structure Reconstruction (TSR) and Table Content Reconstruction (TCR). We treat both sub-tasks as two individual image-to-sequence recognition problems. We leverage our previously proposed algorithm MASTER [1], which is originally proposed for scene text recognition. We optimize the MASTER model from several perspectives: network structure, optimizer, normalization method, pre-trained model, resolution of input image, data augmentation, and model ensemble. Our method achieves 0.7444 Exact Match and 0.8765 Exact Match @95% on the TSR task, and obtains 0.5586 Exact Match and 0.7386 Exact Match 95% on the TCR task.

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