Automatic Speech Analysis of Conversations for Dementia Detection Using LSTM and GRU

Neha Shivhare, Shanti Rathod, M. R. Khan
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Abstract

Neurodegenerative diseases, such as dementia, can impact speech, language, and the capability of communication. A recent study to improve the dementia detection accuracy studied the usage of CA (Conversation Analysis) of interviews among patients and neurologists to distinguish among progressive Neurodegenerative Memory Disorders patients & those with (non-progressive) Functional Memory Disorders (FMD). However, manual CA is costly for routine clinical use and difficult to scale. In this work, we present an early dementia detection system using speech recognition and analysis based on NLP technique and acoustic feature processing technique apply on multiple feature extraction and learning using a LSTM (Long Short-Term Memory) and GRU which remarkably captures the temporal features and long-term dependencies from historical data to prove the capabilities of sequence models over a feed-forward neural network in forecasting speech analysis related problems.
基于LSTM和GRU的会话语音自动分析用于痴呆检测
神经退行性疾病,如痴呆,会影响说话、语言和沟通能力。最近一项提高痴呆检测准确性的研究研究了在患者和神经科医生之间使用CA(对话分析)访谈来区分进行性神经退行性记忆障碍患者和(非进行性)功能性记忆障碍(FMD)患者。然而,手工CA对于常规临床使用是昂贵的,并且难以扩展。在这项工作中,我们提出了一个基于NLP技术和声学特征处理技术的早期痴呆症检测系统,该系统使用LSTM(长短期记忆)和GRU进行多特征提取和学习,该系统显著地捕获了历史数据的时间特征和长期依赖关系,以证明前馈神经网络序列模型在预测语音分析相关问题方面的能力。
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