The phrase "artificial motion" is correct and usable in written English.
It can be used to describe movement or motion that is not natural or organic, but rather created or manufactured by humans or machines. Example: The robot's arms moved with artificial motion as it performed its programmed tasks.
A number of studies have used recordings of human movement in an attempt to investigate how expressiveness and meaning can be attached to artificial motion profiles of robotic and computer animated characters (e.g., [3 6]).
This simple mechanism made the scenes continuous; it was free of artificial motion, flashing and aliasing.
Such effects will introduce artificial motion that has to be modeled in order to register the input volumes.
In accordance with previous experiments based on more artificial motion sequences (Maddess and Laughlin, 1985; Kurtz et al., 2009; Liang et al., 2008; Liang et al., 2011), our results suggest that response changes evoked by discontinuities of the stimulus parameters, like transient changes of contrast, velocity or motion direction, are accentuated by adaptation.
Also, a database of strong motion records will be archived for the project, along with recommendations on the development of artificial motions.
This study analyses the response of middle-rise (6-stories) steel moment-resisting frame (MRF) with rigid joints subjected to near-field ground motions and also to artificial motions based on equivalent pulses.
This paper summarizes artificial ground motion procedures, which were studied using a stochastic point-source model.
Pseudo-dynamic seismic response tests were performed considering an artificial ground motion acting in one direction.
The bridge model was subjected to a Northridge and an artificial ground motion in transverse direction.
The proposed procedure is verified numerically through nonlinear time history analysis using artificial ground motion records.
In order to simulate seismic actions realistically, suites of both natural and artificial ground motion records are used.
