ECG Monitoring System
On-device embedded DSP with real-time wireless visualization
An optimized, end-to-end ECG monitoring system designed for real-time physiological monitoring. Signal acquisition, processing and DSP are performed locally on the embedded system, with no cloud dependency for computation. The system also includes wireless, lossless embedded visualization with approximately 50 Hz real-time ECG display.
Technical implementation details are intentionally limited due to ongoing IP and patent considerations.
Continuous physiological monitoring often relies on continuous cloud uplinks for signal processing, introducing latency, communication vulnerability, and dependency on external computation.
Self-contained embedded ECG acquisition and DSP architecture with local digital filtering and low-latency wireless streaming to a dedicated display.
Designed and implemented on-device embedded C/C++ firmware, digital signal processing routines, and the high-rate lossless wireless transmission protocol.
Delivered a functional, standalone biomedical system providing uninterrupted, wireless lossless visualization with approximately 50 Hz real-time ECG display without external computation.
Let's evaluate feasibility and technical parameters.