AI-Enhanced Smart Stethoscope for real-time cardiopulmonary diagnostics and telemedicine integration. This project integrates Artificial Intelligence (AI) with an enhanced stethoscope to provide real-time analysis and diagnostics of heart and lung sounds. ππ The AI model detects potential anomalies and automatically generates diagnostic reports.
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βββ AI_Enhanced_Stethoscope
βββ datasets/ # Sample datasets for auscultation sounds
βββ models/ # Pre-trained AI models for cardiopulmonary diagnostics
βββ src/ # Main source code directory
βββ __init__.py
βββ stethoscope_hardware.py # Hardware simulation code
βββ ai_algorithm.py # AI algorithms for sound analysis
βββ signal_processing.py # Signal preprocessing, filtering, and feature extraction
βββ noise_reduction.py # Noise reduction functions
βββ feature_extraction.py # Extract heart rate, rhythm, etc.
βββ report_generation.py # Code to generate diagnostic reports
βββ interface.py # User interface and real-time visualization code
βββ telemedicine_integration.py # Code for telemedicine integration
βββ test/ # Unit tests for all components
βββ results/ # Folder to store outputs and results
βββ visualizations/ # Code and output for visualization (graphs, charts, etc.)
βββ requirements.txt # Required dependencies
βββ README.md # Project documentation
βββ LICENSE.md # License for the project
- Real-Time Cardiopulmonary Diagnostics: Immediate feedback on heart and lung sounds with high diagnostic accuracy.
- Wireless Charging Support: Portable and always ready for use.
- AI-Driven Diagnostics: AI algorithms analyze auscultation sounds and suggest potential medical conditions.
- Telemedicine Integration: Allows remote consultations with healthcare providers.
- User-Friendly Interface: Easy-to-use software that displays real-time monitoring and generates automated reports.
You'll need the following to get started:
Symbol | Requirement |
---|---|
π | Python 3.8+ |
π§ | TensorFlow |
π’ | NumPy |
π | Requests |
π | Matplotlib |
Install dependencies via:
pip install -r requirements.txt
Below is an example of the real-time heart rate visualization that the system can generate:
This graph shows the heart rate over time captured using the AI-enhanced stethoscope.
The AI generates an automated report based on the collected heart and lung sounds. Hereβs a sample snippet:
Diagnosis Report:
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Heart Rate: 72 bpm
Detected Anomalies: None
AI Suggestion: Healthy heart, no abnormalities detected.
Follow these instructions to run the simulations for the AI-enhanced stethoscope project:
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Clone the Repository
git clone https://github.com/astromanu007/AI-Enhanced-Smart-Stethoscope.git cd AI-Enhanced-Smart-Stethoscope
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Install the Dependencies Install the necessary dependencies by running the command:
pip install -r requirements.txt
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Simulate the Stethoscope Hardware
- You can simulate the hardware functionality by running:
from src.stethoscope_hardware import Stethoscope stethoscope = Stethoscope() stethoscope.record_sound()
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Run AI Diagnostics on Recorded Audio
- Analyze heart or lung sounds using the AI model:
from src.ai_algorithm import AIDiagnostics ai = AIDiagnostics(model_path='models/ai_model.h5') diagnosis = ai.analyze_audio('audio_data') print(diagnosis)
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Visualize the Data in Real-Time
- Visualize real-time heart rate data:
from src.interface import display_real_time_data display_real_time_data({"time": [1, 2, 3, 4, 5], "heart_rate": [72, 75, 73, 70, 68]})
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Telemedicine Integration
- Send diagnostic data for remote consultation:
from src.telemedicine_integration import send_data_to_doctor send_data_to_doctor('audio_data', 'Diagnosis report here')
For additional details, collaboration, or questions, feel free to contact me:
- π§ Email: [email protected]
- π GitHub Repository: AI Enhanced Smart Stethoscope
This project is licensed under the MIT License. See the LICENSE file for more information.