Technical Description
This invention relates to biomedical signal processing and specifically to a system that synthetically generates uterine muscle contraction waveforms for term and preterm conditions. It utilizes fractional Fourier series based modelling embedded in an microcontroller to create realistic and tunable Electro-hysterogram (EHG) signals for diagnostic, training & research applications.
Problems Addressed
- Lacks Real Datasets
- Inefficient Signal Acquisition
- High Waveform Variability
- Nonstationary Non Linear Behaviour
- Noise Prone Recordings
Tech Features
- Efficient Waveform Simulation
- Enhanced Frequency Modelling
- Adaptive Coefficient Tuning
- Improved Signal Reconstruction
- Better Diagnostic Training
- Flexible Waveform Generation
Target Audience
- Biomedical Device Manufactures
- Obstetrics & Gynecology Hospitals
- AI/ML Diagnostic System Developers
- Signal Processing Equipment Companies
- Research & Development
Tech ID: P24-1748 TRL 4 Patent Status: Published Available For Exclusive and Non-exclusive License
