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نمایش تعداد 1-6 از 6

Low IF demodulation for physiological pulse Doppler radar

نوع: Conference Paper

نویسنده : Yavari, E. , Boric-Lubecke, O.

ناشر: IEEE

سال: 2014

Benefits of Coherent Low-IF for Vital Signs Monitoring Using Doppler Radar

نوع: Journal Paper

نویسنده : Mostafanezhad, Isar; Boric-Lubecke, O.

ناشر: IEEE

سال: 2014

Is There Anybody in There?: Intelligent Radar Occupancy Sensors

نوع: Journal Paper

نویسنده : Yavari, E.; Chenyan Song; Lubecke, V.; Boric-Lubecke, O.

ناشر: IEEE

سال: 2014

0.5- CMOS Implementation of Analog Heart-Rate Extraction With a Robust Peak Detector

نوع: Journal Paper

نویسنده : Mingqi Chen; Boric-Lubecke, O.; Lubecke, V.M.

سال: 2008

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Digital Heart-Rate Variability Parameter Monitoring and Assessment ASIC

نوع: Journal Paper

نویسنده : Massagram, W.; Hafner, N.; Mingqi Chen; Macchiarulo, L.; Lubecke, V.M.; Boric-Lubecke, O.

سال: 2010

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Quadrature Imbalance Compensation With Ellipse-Fitting Methods for Microwave Radar Physiological Sensing

نوع: Journal Paper

نویسنده : Zakrzewski, Mari; Singh, Ashutosh; Yavari, E.; Xiaomeng Gao; Boric-Lubecke, O.; Vanhala, J.; Palovuori, Karri

ناشر: IEEE

سال: 2014

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Low IF demodulation for physiological pulse Doppler radar

Benefits of Coherent Low-IF for Vital Signs Monitoring Using Doppler Radar

Is There Anybody in There?: Intelligent Radar Occupancy Sensors

0.5- CMOS Implementation of Analog Heart-Rate Extraction With a Robust Peak Detector

Digital Heart-Rate Variability Parameter Monitoring and Assessment ASIC

Quadrature Imbalance Compensation With Ellipse-Fitting Methods for Microwave Radar Physiological Sensing

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Low IF demodulation for physiological pulse Doppler radar

Benefits of Coherent Low-IF for Vital Signs Monitoring Using Doppler Radar

Is There Anybody in There?: Intelligent Radar Occupancy Sensors

0.5- CMOS Implementation of Analog Heart-Rate Extraction With a Robust Peak Detector

Digital Heart-Rate Variability Parameter Monitoring and Assessment ASIC

Quadrature Imbalance Compensation With Ellipse-Fitting Methods for Microwave Radar Physiological Sensing