We show an extensive calibration of the different parameters and operators by means of experimental designs.
The model was initially developed for the US and followed an extensive calibration approach, where age-specific data were considered.
It is further desired that the XMS instrument be able to operate horizontally in the laboratory, with a warm vacuum shell, during an extensive calibration regime.
An extensive calibration for the main parameters in PHVNS is carried out with the aid of a carefully designed set of experiments.
Based on the extensive model calibration process, we believe that our model provides a realistic characterization of waning.
These attributes are to be properly weighted in an offline calibration process.
This signifies that an additional calibration process can surely improve the output accuracy of SQA algorithms.
It is used a comparison method as a calibration process.
where are the image coordinates and the parameters are estimated through an off-line calibration process.
As a result, we chose a three phase calibration process to sequentially fit each calibration target.
