基于卷积神经网络的实时视觉孟加拉语手语检测

Riyad Bin Rafiq, S. Hakim, Thasina Tabashum
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引用次数: 1

摘要

手语是有语言和听力障碍的人交流的重要手段。尽管如此,没有有效的工具来帮助孟加拉语手语使用者和非手语使用者之间的社会互动。我们的主要目标是实现一个自动翻译系统,该系统能够使用普通的计算环境(如计算机和通用网络摄像头)将孟加拉语手语翻译成孟加拉语文本。这个数据集已经为这个项目创建了1500个图像,有10个标志。使用处理后的数据集训练并验证了一个七层自定义顺序CNN模型。为了实时检测,我们提取了感兴趣的区域,然后检测指定的符号。该系统是实时运行的,可以提供时间延迟为120.6 ms的视频输出。经过测试,我们的系统的准确率为97.0%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Real-time Vision-based Bangla Sign Language Detection using Convolutional Neural Network
Sign Language is an essential means of communication for people with speech and hearing impairment. In spite of this, there are no effective tools to assist the social interaction between Bangla sign language speakers and non-sign language speakers. Our main objective is to implement an automated translation system that is capable of translating Bangla sign language to Bangla text using common computing environments such as a computer and a generic webcam. The dataset has been created for this project with 1500 images for 10 signs. A seven-layered custom sequential CNN model has been trained and validated with the processed dataset. For real-time detection, we have extracted the region of interest and then detected the specified sign. The system runs in real-time and can provide output from a video feed with a time delay of 120.6 ms. Our system has been tested for an accuracy of 97.0%.
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