Sentence examples for ear sensor from inspiring English sources
However, the values for gait cycle from the ear sensor are very close to the treadmill values (as shown in Table 2), especially for the ML axis where the mean difference is 0.02 s with [−0.01, 0.05] as confidence intervals for the bias.
"Nurturing our eye and ear sensors with the qualities worthy of hearing our human voices sing, a subtle breeze in a tree, a water spring, an owl, strums of an acoustic guitar and the distortion of an valve amp," adds Dražen, "we have the capabilities to do this, and now VR and AR demand quality to reinforce the suspension of disbelief".
That doesn't sound too serious, but small head movements cause the loose crystals to move, triggering your inner-ear sensors to send mixed messages to your brain.
This technical note aims to validate the use of a non-invasive ear-sensor [1] in conjunction with a treadmill to provide a more economic stand-alone method of walking pattern analysis.
Cufflink-sized and clipped behind the wearer's ear, the sensor is unique in two key respects.
Lifting the PDA to the ear creates sensor outputs that cause the device to make a phone call.
Transcutaneous capnography using the V-Sign™ 2 ear lobe sensor reliably detects the ventilation state of patients after cardiac surgery.
In 20 patients coevally readings of blood gases were compared with values of the V-Sign™ 2 ear lobe sensor.
V-Sign™ 2 SpO2 moderately agreed and slightly underestimated SaO2 determined by direct oximetry, whereas pulse rate values detected by the V-Sign™ 2 ear lobe sensor agreed well with those of the ECG (Table 1).
This work aims to validate the use of a head (ear) worn sensor to observe gait cycle, and the relationship between acceleration and force parameters, at different walking speeds.
The aim of this study was to validate the revised V-Sign™ 2 ear lobe sensor for combined assessment of pulse rate (PR), pulse oximetry (SpO2) and transcutaneous carbon dioxide tension (PtcCO2) in adults after cardiac surgery.
