The phrase "arm calibration" is correct and usable in written English.
It can be used in contexts related to adjusting or fine-tuning the functionality or accuracy of an arm, such as in robotics, medical devices, or machinery.
Example: "Before starting the experiment, we need to perform arm calibration to ensure precise movements."
Alternatives: "limb adjustment" or "arm alignment".
Lever-arm calibration and time synchronization are explained and performed to reach maximum accuracy.
Automatic detection and removal of fiducial projections in fluoroscopy images is an essential prerequisite for C-arm calibration.
Ray-casting interaction is easy for novices to learn and understand, but this technique often suffers from accuracy problems: for example, hand jitter, arm fatigue, calibration drift, or lack of skill can all reduce people's ability to acquire and select on-screen targets.
We used data from the intensive follow-up arm to calibrate our model; accordingly, we refer to this group as the calibration group.
The main challenge facing the developers is how to attach the sensors to the arm so that the calibration is not affected by a player's movement in the field during the course of play.
The calibration for ARM repeats was somewhat complicated by the fact that 60% of the reference repeats came from the "archetypal Armadillo repeat" proteins that make up most of the Pfam and REP reference data.
The control arm will serve as calibration that the populations in the two arms are similar: no statistical comparison is planned between the two arms.
Compared to previous works, the proposed method does not require the wearer to maintain specific arm postures while performing the calibration motions, and therefore it is more robust and better suited for real-world applications.
Whereas the skin overlying the right quadriceps was used for actual CPM-testing, the right ventral forearm arm was used for this calibration in order to avoid sensitization of the leg.
