The phrase "automated motion" is correct and usable in written English.
It can be used in contexts related to technology, robotics, or any field where motion is controlled or executed automatically without human intervention.
Example: "The robotic arm is capable of performing automated motion to assemble components with precision."
Alternatives: "mechanized movement" or "automatic motion".
In sessions with automated motion quantification, two video cameras were mounted at two orthogonal angles to enable automated motion capture.
Our validated and published robotic testing system that generates automated motion segments for a cadaveric torso over a designated trajectory was used in this study (Rosso et al. [2013]; Entezari et al. [2012]).
The painting was mounted on a motorized, three-axis translation stage to enable automated motion during the scan, and allowing the distance from the painting to detector be carefully controlled.
Two video cameras were mounted at two orthogonal angles to enable automated motion capture.
Automated motion correction and noise reduction of the datasets were applied by using an integrated motion correction algorithm with non-rigid deformable registration for anatomic alignment.
Automated motion scoring was computed using automated custom software written in Matlab (http://github.com/jvoigts/optical_flow_analysis ) that calculated the optical flow for each frame in the video via the Horn Schunck method (Horn and Schunck, 1981).
From the videos, we determined the exact position of all fish 10 times/s using automated motion-tracking software (AnTracks version 0.99, www.antracks.org), providing us with X and Y coordinates of each fish over time on a mm scale.
Therefore, parts of motions can be automated, such as insertion motion, removal motion, exchange motion to the other forceps, and movement to the home position away from the patient.
A computer vision (CV) algorithm, which was developed to automate fall motion analysis, facilitates accumulation of fall motion data into the abovementioned database, and the associated database browser allows users to perform conditional searches of fall data by inputting search conditions, such as child attributes and specific fall situations.
For EC-QC laser measurements, a custom LabView program was used to automate the motion controller, to tune the EC-QC laser, and to record the detector signal via a National Instruments data acquisition board.
In this article, we take an opportunity to highlight some of the recent advancements in data-driven motion control strategies and how they may form an underpinning for what we are presenting as a fully automated data-driven motion control framework.
