Contains classes to perform calibration of accelerometers, gyroscopes and magnetometers.
Contains classes to generate measurements required for the calibration of accelerometers,
gyroscopes and magnetometers after detecting static and dynamic intervals.
Contains classes to find static (body of device remains static) or dynamic intervals
(some movement or force is applied to body of device) for accelerometer,
gyroscope and magnetometer sensors.
Contains classes related to noise level estimation.
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A source of estimated gyroscope noise root PSD.
Gets source of estimated gyroscope noise root PSD.
void
Sets source of estimated gyroscope noise root PSD.
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class
Generates measurements for the calibration of accelerometers and gyroscopes by alternating
static and dynamic intervals where device is kept static or moved.
class
Generates measurements for the calibration of accelerometers and gyroscopes by alternating
static and dynamic intervals where device is kept static or moved.
class
Generates measurements for the calibration of gyroscopes by alternating
static and dynamic intervals where device is kept static or moved.
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class
This detector is in charge of determining when a static period of
angular speed measurements starts and finishes.
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class
Estimates accumulated angular speed noise variances and PSD's (Power Spectral Densities)
along with their average values.
class
Estimates accumulated angular speed noise variances and PSD's (Power Spectral Densities)
along with their average values.
class
Estimates accumulated acceleration and angular speed noise variances and PSD's
(Power Spectral Densities) along with their average values.
class
Estimates measurement noise variances and PSD's (Power Spectral Density)
along with angular speed average value for a windowed amount of samples.
class
Estimates angular speed noise variances and PSD's (Power Spectral Densities)
along with the gyroscope average values for a windowed amount of samples.
class
Estimates accelerometer and angular speed noise variances and PSD's
(Power Spectral Densities) along with their average values for a windowed
amount of samples.