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MM-WLAuslan: Multi-View Multi-Modal Word-Level Australian Sign Language Recognition Dataset

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arxiv 2410.19488 v1 pith:DEBQDC7M submitted 2024-10-25 cs.CV

classification cs.CV
keywords signmm-wlauslandatasetislrlanguagecamerasmulti-modalauslan
verification ladder T0 review T1 audit T2 compute T3 formal
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Isolated Sign Language Recognition (ISLR) focuses on identifying individual sign language glosses. Considering the diversity of sign languages across geographical regions, developing region-specific ISLR datasets is crucial for supporting communication and research. Auslan, as a sign language specific to Australia, still lacks a dedicated large-scale word-level dataset for the ISLR task. To fill this gap, we curate \underline{\textbf{the first}} large-scale Multi-view Multi-modal Word-Level Australian Sign Language recognition dataset, dubbed MM-WLAuslan. Compared to other publicly available datasets, MM-WLAuslan exhibits three significant advantages: (1) the largest amount of data, (2) the most extensive vocabulary, and (3) the most diverse of multi-modal camera views. Specifically, we record 282K+ sign videos covering 3,215 commonly used Auslan glosses presented by 73 signers in a studio environment. Moreover, our filming system includes two different types of cameras, i.e., three Kinect-V2 cameras and a RealSense camera. We position cameras hemispherically around the front half of the model and simultaneously record videos using all four cameras. Furthermore, we benchmark results with state-of-the-art methods for various multi-modal ISLR settings on MM-WLAuslan, including multi-view, cross-camera, and cross-view. Experiment results indicate that MM-WLAuslan is a challenging ISLR dataset, and we hope this dataset will contribute to the development of Auslan and the advancement of sign languages worldwide. All datasets and benchmarks are available at MM-WLAuslan.

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  1. Exploiting Ensemble Learning for Cross-View Isolated Sign Language Recognition

    cs.CV 2025-02 conditional novelty 2.0 of 10

    An ensemble of three Video Swin Transformer sizes with RGB and depth fusion achieves 20.29% RGB and 24.53% RGB-D top-1 accuracy, ranking third in the CV-ISLR challenge.

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