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Testing MediaPipe Holistic for Linguistic Analysis of Nonmanual Markers in Sign Languages

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arxiv 2403.10367 v2 pith:NZCP65J7 submitted 2024-03-15 cs.CV

classification cs.CV
keywords analysisdatalinguisticsigncorrectionenougheyebrowfind
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Advances in Deep Learning have made possible reliable landmark tracking of human bodies and faces that can be used for a variety of tasks. We test a recent Computer Vision solution, MediaPipe Holistic (MPH), to find out if its tracking of the facial features is reliable enough for a linguistic analysis of data from sign languages, and compare it to an older solution (OpenFace, OF). We use an existing data set of sentences in Kazakh-Russian Sign Language and a newly created small data set of videos with head tilts and eyebrow movements. We find that MPH does not perform well enough for linguistic analysis of eyebrow movement - but in a different way from OF, which is also performing poorly without correction. We reiterate a previous proposal to train additional correction models to overcome these limitations.

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  1. SHuBERT: Self-Supervised Sign Language Representation Learning via Multi-Stream Cluster Prediction

    cs.CL 2024-11 conditional novelty 6.0 of 10

    A masked cluster-prediction transformer over four sign-language streams sets state-of-the-art results on multiple ASL translation and recognition benchmarks using only public pre-training data.

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