Sentence examples for behavior of an arbitrary from inspiring English sources

[Madan (1999]) discussed the steady state behavior of an arbitrary service time queue with deterministic service vacation.

This paper proposes an architecture that makes programming of robot behavior of an arbitrary complexity possible for end-users and shows the technical solutions in a way that is easy to understand and generalize to different situations.

In a 1937 paper "On the Mathematical Description of Light Nuclei by the Method of Resonating Group Structure, Wheelerr introduced the S-matrix – short for scattering matrix – "a unitary matrix of coefficients connecting the asymptotic behavior of an arbitrary particular solution [of the integral equations] with that of solutions of a standard form".

After clarifying the deformation behavior of an arbitrary-oriented CNT in a nanocomposite under a mechanical strain, the corresponding resistance change and conductance of CNT can be obtained at the atomistic scale as follows: The resistance change of a SWCNT in some previous studies [13, 14] seems to be not so obvious as obtained from the first-principle computations.

The results open a new pathway towards tuning mechanical behavior of any arbitrary CNT array and also demonstrate the importance of structural hierarchy in tailoring the behavior of nanostructures.

More importantly, the corresponding fractional Lotka-Volterra equations are established in describing the dynamical behaviors for an arbitrary number of competitors: D_{t}^{alpha_{i}}x_{i}=k_{i}x_{i} Biggl 1-sum_{j=1}^{n}c_{ij}x_{j} Biggl 1-sum_{j=1}^{n}c_{ij}xpha_{j}}) is for the fractional derivatives and (0

However, this behavior is an arbitrary simplification of the model and hardly can reflect the actual process of genome evolution.

The aim of the method is to find the tuning parameters of GPC to obtain the same behavior as an arbitrary linear-time-invariant (LTI) controller (favorite controller).

The cutoff for sedentary behavior is an arbitrary threshold, which we and others have used previously (6, 7, 11).

The interactions among them capture the dependencies between the temporal behavior, e.g., the temporal properties of an arbitrary Java Bytecode modelled in the JVM NTA is dependent on the pipeline and cache state of the processor in the Hardware NTA.

The latter starkly contrasts with the behavior of random arbitrary Boolean networks.