The phrase "at arbitrary locations" is correct and usable in written English.
It can be used when referring to positions or places that are chosen without any specific pattern or criteria.
Example: "The sensors were placed at arbitrary locations throughout the facility to ensure comprehensive coverage."
Alternatives: "in random positions" or "at random sites".
In order to make this possible, the algorithm was extended to process imagery data from a dedicated camera and model the light path of any number of strobes located at arbitrary locations around the camera, to allow high colour fidelity reconstructions to be generated.
We adopt a linearization technique to predict RSS measurements at arbitrary locations.
The PNFs carrying multiple nanoparticles at arbitrary locations are modeled as rectangular nonlocal plates with attached concentrated masses.
In order to calculate the likelihood of the particles at arbitrary locations, the first thing that should be solved is to fulfill the radio map with the ability of representing the RSS measurements at arbitrary locations.
However, the imbalance masses of a crank-shaft cannot be corrected at arbitrary locations of the balancing planes.
Therefore, pedestrians loose the reason for crossing at these designed locations pushing them to cross at arbitrary locations increasing their safety risk.
Considering the FDM located at arbitrary location, the three distinct regimes of frequency evolutions observed for a cable with a viscous damper have been generalized to that with a VE damper; also, new characteristics of the regime diagram and the frequency evolution in each regime are observed.
This paper defines a detection probability model to compute the level of a transmitter being detected by a detection system at arbitrary location around the transmitter.
This study extends dynamic understanding of a taut cable with a viscous damper at arbitrary location to that with a general linear viscoelastic (VE) damper portrayed by a five-parameter fractional derivative model (FDM).
Damage tolerance design philosophy assumes that numerous cracks can be present at various arbitrary locations in a structure, which makes fatigue life based shape optimisation very computationally intensive.
These charts are useful for quick determination of the natural frequency of a cantilever beam with masses and springs at any arbitrary locations.
