Key result
A lossless ECG compression approach based on run-length coding was successfully verified using FPGA and tested on the MIT/BIH ECG database, showing correct results close to software simulations.
Population
MIT/BIH ECG database signals
Comparison
Lossless compression approach based on… vs Software simulations
Authors
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May enable efficient wearable ECG monitoring; leaves open clinical validation in patients.
A novel FPGA-based lossless compression algorithm for wearable ECG monitors successfully reduces data size while maintaining accuracy compared to software simulations.
Chen et al. (2017) studied ECG monitoring. Lossless ECG coding compression based on run-length coding using FPGA was evaluated on Compression effect and algorithm correctness. A lossless ECG compression approach based on run-length coding was successfully verified using FPGA and tested on the MIT/BIH ECG database, showing correct results close to software simulations.
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