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sensors:photoplethysmography [2022/03/23 00:03] – monahedayati | sensors:photoplethysmography [2022/03/23 01:09] (current) – monahedayati | ||
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====== Available Sensors on the Market ====== | ====== Available Sensors on the Market ====== | ||
- | For medical/ | + | For medical/ |
BITalino BVP finger clip is a wired transmission-mode sensor that works in conjunction with other BITalino sensors that are sold separately or as part of a sensor kit. It offers a preconditioned analog output with a high signal-to-noise ratio currently retailed at €240 as standalone or paired with an all-in-one board (MCU, power, and Bluetooth) for €65. | BITalino BVP finger clip is a wired transmission-mode sensor that works in conjunction with other BITalino sensors that are sold separately or as part of a sensor kit. It offers a preconditioned analog output with a high signal-to-noise ratio currently retailed at €240 as standalone or paired with an all-in-one board (MCU, power, and Bluetooth) for €65. | ||
- | For biofeedback training, FDA-certified NeXus EXG is a wired sensor kit that measures BVP in conjunction with other biosignals such as EDA, respiration, | + | For biofeedback training, FDA-certified NeXus EXG is a wired sensor kit that measures BVP in conjunction with other biosignals such as EDA, respiration, |
Valencell, a company producing high-performance PPGs, offers their sensor package (hardware, optomechanical design, firmware and algorithms) to be integrated into wearable (wrist/arm bands) and hearable (earbuds) designs. Their PPG is equipped with active signal characterization to remove noise from optical signals during heavy activity and challenging environments coupled with a low-power accelerometer. | Valencell, a company producing high-performance PPGs, offers their sensor package (hardware, optomechanical design, firmware and algorithms) to be integrated into wearable (wrist/arm bands) and hearable (earbuds) designs. Their PPG is equipped with active signal characterization to remove noise from optical signals during heavy activity and challenging environments coupled with a low-power accelerometer. | ||
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===== References ===== | ===== References ===== | ||
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+ | ===== Notes===== | ||
- Fan, Y., & Sciotto, F.M. (2013). BioSync: An Informed Participatory Interface for Audience Dynamics and Audiovisual Content Co-creation using Mobile PPG and EEG. //NIME//; Fan, Y., & Sciotto, F.M. (2013). Time Giver: An Installation of Collective Expression using Mobile PPG and EEG in the AlloSphere. | - Fan, Y., & Sciotto, F.M. (2013). BioSync: An Informed Participatory Interface for Audience Dynamics and Audiovisual Content Co-creation using Mobile PPG and EEG. //NIME//; Fan, Y., & Sciotto, F.M. (2013). Time Giver: An Installation of Collective Expression using Mobile PPG and EEG in the AlloSphere. | ||
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