A parameterized magnetometer measurement error model was established, where the error parameters are calibrated using different calibration algorithms.
Sensors for Ph, pCO2, pO2 are calibrated using the CDI calibrator 540 and two canisters of calibration gases which contain precise, defined levels of pCO2, and pO2 [ 9].
Traditionally, infants are calibrated using five-point calibrations where a colorful puppet is presented in each corner and center of the screen, while adults usually perform a nine-point calibration following a series of small dots.
The paper proposed a plane constraint calibration method for static error calibration, whilst the dynamic errors are calibrated using a linear inverse dynamic error model.
Relative CH LIF signals are calibrated using cavity ring-down spectroscopy (CRDS), while NO LIF calibration is performed in the burned gases of NO seeded flames.
The calculations are calibrated using experimental data.
Parameters in SDF are calibrated using subjective testing data.
Traditionally, computer models are calibrated using deterministic procedures.
The simplified RBD formats are calibrated using two approaches.
The CTM model parameters are calibrated using data from Swedish motorways.
All instruments are calibrated using certified standards traceable to national standards.
