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Adaptive system for blood flow estimation
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Abstract(s)
Adaptive estimation of blood flow signals is performed resorting to a framework developed to support research on Doppler blood flow signals' analysis. Real time spectral estimation methods, real time performance evaluation and run-time adjustment of the estimation methods parameters are bound together allowing the system to adapt itself to varying signal characteristics that are caused by physiological reasons.
Adaptive estimation of blood flow signals is performed resorting to a framework developed to support research on Doppler blood flow signals’ analysis. Real time spectral estimation methods, real time performance evaluation and run-time adjustment of the estimation methods parameters are bound together allowing the system to adapt itself to varying signal characteristics that are caused by physiological reasons.
Adaptive estimation of blood flow signals is performed resorting to a framework developed to support research on Doppler blood flow signals’ analysis. Real time spectral estimation methods, real time performance evaluation and run-time adjustment of the estimation methods parameters are bound together allowing the system to adapt itself to varying signal characteristics that are caused by physiological reasons.
Description
Keywords
Acoustic applications Adaptive systems Biomedical acoustics Biomedical signal processing Blood flow measurement
Pedagogical Context
Citation
Publisher
Institute of Electrical and Electronics Engineers (IEEE)