The phrase "an arbitrary configuration of" is correct and usable in written English.
It can be used when describing a random or non-specific arrangement of elements or components in various contexts, such as technology, art, or data structures.
Example: "The software allows users to create an arbitrary configuration of settings to suit their individual preferences."
Alternatives: "a random arrangement of" or "a non-specific setup of".
The model considers the TSM as an element disregarding the tendon sheath curvature and permits an arbitrary configuration of sheath.
Next, an arbitrary configuration of landmarks from the mean-centered and size-standardized data set (usually the first specimen) is used as a reference configuration.
A signal model for heterogeneous networks with different classes of users and an arbitrary configuration of centralized antenna systems (CAS) and DAS is also introduced in this paper.
A model for light interaction has been developed to compute spectral and bidirectional reflectance from discontinuous canopies approximated by an arbitrary configuration of plants.
For an arbitrary configuration of N fluid spheres, the kind of addition formulas permits the field expansions (all referred to the center of each sphere).
The existence of a mixed type solution for an arbitrary configuration of vortex points has been a long-standing open problem.
The matrix V defines a basic set of modes which are essentially unique orthonormal, so that any arbitrary configuration of the system can be written as a unique linear combination of these basic modes [30].
The final far-field noise formula can be used to predict trailing-edge noise in an arbitrary configuration, provided that a minimum statistical description of the aerodynamic pressure fluctuations on the airfoil surface close to the trailing edge is available.
The motion of two rigid spherical particles in an arbitrary configuration in an infinite viscous fluid at low Reynolds numbers is considered.
However, leader election may not be possible in an arbitrary configuration.
The goal of optimal reconfiguration planning (ORP) is to find a shortest reconfiguration sequence to transform a modular and reconfigurable robot from an arbitrary configuration into another.
