Schär et al. [4] described higher recoveries applying a "Two-Dimensional-Calibration-Method".
A simulation of the calibration of a multi-dimensional sensor is conducted by the SVM hybrid calibration method, which is then utilized to calibrate a six-component force/torque transducer of wind tunnel balance.
In contrast to existing techniques, our online calibration method determines the aberration directly from the acquired two-dimensional image stream by exploiting the inherent particle movement and the redundancy introduced by the astigmatism.
The proposed calibration method for line-structured light multi-vision sensor based on combined target provides n calibration points both in three-dimensional world coordinates (Xwi, Ywi, Zwi) and two-dimensional image coordinates (u i, v i ).
Then, the calibration method is presented.
First, we improved the stereo calibration method.
Our calibration method is easier to implement.
The stereo calibration method was improved.
An aqueous calibration method was used throughout.
Thus, this calibration method has the advantages of universality and field calibration.
This study identified the basic requirements for each calibration method to obtain a unique calibration solution.
