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基于深度学习的盲人辅助交流系统研究

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为解决盲人由于视觉缺陷而产生的交流障碍,结合普通人交流理论的研究与传播学现有模型,构建了盲人交流模型和盲人辅助交流模型,通过软硬件结合的形式,设计了一个盲人辅助交流系统。硬件系统主要包括智能眼镜和便携计算装置两部分;软件系统主要采集图像和声音,识别交流目标及其外部特征、表情交流行为,其中表情识别技术是运用了ResNet18残差神经网络,实现了实时的表情识别功能,最后合成了声音并输出了结果。
Research on the Blind Auxiliary Communication System Based on Deep Learning
In order to solve the communication obstacles caused by the visual defects of the blind,combining the research on ordinary people's communication theory with the existing model of communication,the blind communication model and the blind auxiliary communication model are constructed.Through the combination of hardware and software,the blind auxiliary communication system is designed.The hardware system mainly includes two parts of smart glasses and portable computing devices.The software system mainly collects images and sounds,identifies communication targets and their external features,and expression communication behaviors.Among them,expression recognition technology uses ResNet18 Residual Neural Network to achieve real-time expression recognition function,and finally the sound is synthesized and the result is output.

the blindAC modelauxiliary communicationexpression recognition

范稷源、林馨洋、谢亚文、吴韵晴、邓偲宸、涂桢

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中国矿业大学(北京),北京 100083

盲人 交流模型 辅助交流 表情识别

2024

现代信息科技
广东省电子学会

现代信息科技

ISSN:2096-4706
年,卷(期):2024.8(22)