The incorporation of emotion detection technology on mental health helplines is picking up to amplify care quality. In this work, we propose to enhance these services by utilizing state-of-the-art techniques in machine learning and natural language processing. The paradigm is LSTM-based (or Long Short-Term Memory) networks which are powerful for modelling sequences like speech. We utilize LSTM models to help us understand the various types of emotions and detect cases with mental issues as soon as possible. Our results suggest important opportunities for the integration of emotion detection in hotline services. The observed accuracy, precision, and recall rates were higher than existing frameworks showing that the model can accurately classify emotions such as happiness, sadness, anger, and surprise. During training and validation, the model’s accuracy was 90.14%, specifically showcasing its strength. Additional research examines obstacles hotline operators face, ethical dilemmas, and feasibility. The study keeps coming back to privacy, user consent, and cultural sensitivities. Together, results emphasize the critical role played by operator training, external validation, and cultural adaptability. In the future, efforts are being made toward real-time integration and multimodal recognition with longitudinal studies intended to promote technology that seamlessly integrates with compassionate care.

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Audio Sentiment Analyzer for Mental Health Support Hotline

  • Sneha Maurya,
  • Shivani Saxena,
  • Shreya Shukla,
  • Sukriti Maurya,
  • Akhilesh Verma

摘要

The incorporation of emotion detection technology on mental health helplines is picking up to amplify care quality. In this work, we propose to enhance these services by utilizing state-of-the-art techniques in machine learning and natural language processing. The paradigm is LSTM-based (or Long Short-Term Memory) networks which are powerful for modelling sequences like speech. We utilize LSTM models to help us understand the various types of emotions and detect cases with mental issues as soon as possible. Our results suggest important opportunities for the integration of emotion detection in hotline services. The observed accuracy, precision, and recall rates were higher than existing frameworks showing that the model can accurately classify emotions such as happiness, sadness, anger, and surprise. During training and validation, the model’s accuracy was 90.14%, specifically showcasing its strength. Additional research examines obstacles hotline operators face, ethical dilemmas, and feasibility. The study keeps coming back to privacy, user consent, and cultural sensitivities. Together, results emphasize the critical role played by operator training, external validation, and cultural adaptability. In the future, efforts are being made toward real-time integration and multimodal recognition with longitudinal studies intended to promote technology that seamlessly integrates with compassionate care.