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Azure-Voice-to-Text Documentation

Introduction

Welcome to the Azure-Voice-to-Text project! Developed during a hackathon, this innovative project utilizes Azure Cognitive Services to integrate text-to-speech and text classification functionalities. Our solution aims to enhance medical consultations by recording, transcribing, and analyzing conversations efficiently.

🌟 Overview

Poharogapp is a web application designed to streamline medical consultations in hospitals, whether they are in-person or virtual. The application provides a robust platform for recording and transcribing medical consultations, transforming spoken words into actionable text. This transcribed text is then analyzed using Azure's advanced AI capabilities, providing valuable insights and classifications.

🚀 Technology Stack

The application leverages the following technologies:

Flask: A lightweight Python web framework that serves as the backbone of the web application, offering flexibility and ease of development. Azure Cognitive Services: Includes text-to-speech for converting audio to text and text classification for analyzing the transcribed content. Python: The primary programming language used for developing the application logic and integrating Azure services.

🔑 Key Features

Medical Consultation Recording:

Allows users to record both in-person and virtual medical consultations. Ensures high-quality audio capture for accurate transcription. Transcription:

Utilizes Azure's text-to-speech service to convert recorded audio into text. Provides a clear and accurate textual representation of the consultation. Text Classification:

Processes transcribed text through our API, leveraging Azure's AI model. Categorizes and analyzes consultation content to provide actionable insights. User Interface:

Intuitive web interface for easy interaction with the application. Supports user authentication to secure access to sensitive data.

🛠️ Getting Started

To set up and run the Azure-Voice-to-Text project locally, follow these steps:

Clone the Repository:

Clone the repository from GitHub link. bash Copy code git clone https://github.com/nicolasvargaszz/azure-voice-to-text.git cd azure-voice-to-text Install Dependencies:

Ensure you have Python 3.8 or higher installed. Install the necessary dependencies by running: bash Copy code pip install -r requirements.txt Configure Azure Credentials:

Obtain your Azure Cognitive Services credentials (API keys and endpoint URL).

Configure these credentials in the application. You can typically do this by setting environment variables or updating a configuration file. Run the Flask Application:

Launch the Flask application by executing: bash Copy code python app.py Access the Web Interface:

Open your web browser and navigate to http://localhost:5000 to access the Poharogapp interface. 📈 Conclusion The Azure-Voice-to-Text project combines Azure's powerful text-to-speech and text classification services to provide a comprehensive solution for medical consultations. By recording, transcribing, and analyzing consultations, Poharogapp enhances the efficiency and effectiveness of healthcare professionals, making medical consultations more accessible and informative.

📚 Future Enhancements

User Feedback Integration: Implement a feedback system to continuously improve the transcription and classification accuracy based on user input. Enhanced Security: Strengthen security features to protect sensitive medical data and ensure compliance with data protection regulations. Additional Languages: Expand the application to support multiple languages for a broader user base. Integration with Electronic Health Records (EHR): Explore integration with existing EHR systems to provide a seamless experience for healthcare providers. 📬 Contact For further inquiries or support, please reach out via the following channels:

Twitter: @nicoelingeniero GitHub: Nicolas Vargas