TY - BOOK ID - 145244247 TI - Low-Cost Sensors and Biological Signals AU - Dierick, Frédéric AU - Buisseret, Fabien AU - Eggermont, Stéphanie PY - 2021 PB - Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute DB - UniCat KW - Technology: general issues KW - inertial sensor KW - gait KW - validity KW - functional calibration KW - accuracy KW - wearable electronic devices KW - kinematics KW - head rotation KW - ecological research KW - gait analysis KW - characterization KW - smart insole KW - vertical ground reaction forces KW - force sensitive resistors KW - piezoelectric sensors KW - sensor calibration KW - heart rate KW - photoplethysmography KW - PPG KW - time-domain KW - wearable device KW - concurrent validity KW - outcome assessment KW - feasibility KW - rehabilitation KW - data fusion KW - MARG KW - IMU KW - eye tracker KW - self-contained KW - head motion measurement KW - motor variability KW - actigraphy KW - triaxial accelerometers KW - jumping KW - human-computer interaction KW - affective technologies KW - interaction design KW - biosensing KW - actuation KW - somaesthetics KW - design toolkits KW - serious videogames KW - motion capture KW - upper limbs KW - physical rehabilitation KW - telerehabilitation KW - inertial sensors KW - inertial measurement unit (IMU) KW - state of the art KW - inertial sensor measurement systems KW - motion accuracy KW - Baduanjin KW - physical education KW - physiotherapy KW - e-health KW - motion sensing KW - wireless charging KW - wireless connectivity KW - low power KW - trunk KW - upper extremity KW - compensation KW - reaching KW - Kinect KW - video motion capture KW - reliability KW - inertial sensor KW - gait KW - validity KW - functional calibration KW - accuracy KW - wearable electronic devices KW - kinematics KW - head rotation KW - ecological research KW - gait analysis KW - characterization KW - smart insole KW - vertical ground reaction forces KW - force sensitive resistors KW - piezoelectric sensors KW - sensor calibration KW - heart rate KW - photoplethysmography KW - PPG KW - time-domain KW - wearable device KW - concurrent validity KW - outcome assessment KW - feasibility KW - rehabilitation KW - data fusion KW - MARG KW - IMU KW - eye tracker KW - self-contained KW - head motion measurement KW - motor variability KW - actigraphy KW - triaxial accelerometers KW - jumping KW - human-computer interaction KW - affective technologies KW - interaction design KW - biosensing KW - actuation KW - somaesthetics KW - design toolkits KW - serious videogames KW - motion capture KW - upper limbs KW - physical rehabilitation KW - telerehabilitation KW - inertial sensors KW - inertial measurement unit (IMU) KW - state of the art KW - inertial sensor measurement systems KW - motion accuracy KW - Baduanjin KW - physical education KW - physiotherapy KW - e-health KW - motion sensing KW - wireless charging KW - wireless connectivity KW - low power KW - trunk KW - upper extremity KW - compensation KW - reaching KW - Kinect KW - video motion capture KW - reliability UR - https://www.unicat.be/uniCat?func=search&query=sysid:145244247 AB - Many sensors are currently available at prices lower than USD 100 and cover a wide range of biological signals: motion, muscle activity, heart rate, etc. Such low-cost sensors have metrological features allowing them to be used in everyday life and clinical applications, where gold-standard material is both too expensive and time-consuming to be used. The selected papers present current applications of low-cost sensors in domains such as physiotherapy, rehabilitation, and affective technologies. The results cover various aspects of low-cost sensor technology from hardware design to software optimization. ER -