Sign Language Detection and Recognition using CNN

B. Chowdary, Ajay Purshotam Thota, A. Sreeja, Kotla Nithin Reddy, Karanam Sai Chandana
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Abstract

Human motion detection in the film is the focus of this study. In contrast to the current trend of representing activities through the statistics of local video characteristics, a depiction drawn from human posture is more beneficial. To that end, the authors suggest a novel predictor for action detection using Convolutional Neural Networks (P-CNNs) based on the user’s poses. The description collects data on human movement and looks along bodily component lines. The authors utilized PCNN features that were obtained from both automatically estimated and manually labeled human postures. This study also explores different temporal aggregation methods and conducts experiments. The proposed approach consistently outperforms the state-of-the-art dataset.
基于CNN的手语检测与识别
影片中的人体运动检测是本研究的重点。与目前通过统计局部视频特征来表示活动的趋势相反,从人体姿势中绘制的描述更有益。为此,作者提出了一种基于用户姿势的卷积神经网络(p - cnn)动作检测的新预测器。该描述收集人体运动的数据,并沿着身体成分线进行观察。作者利用了从自动估计和手动标记的人体姿势中获得的PCNN特征。本研究还探索了不同的时间聚合方法,并进行了实验。所提出的方法始终优于最先进的数据集。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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