Sentence examples for capability boundaries from inspiring English sources

Formation of Virtual Cellular Manufacturing Systems (VCMSs), as one of the main applications of Group Technology (GT), by presentation of unique and shared capability boundaries of machine tools through defining Resource Elements (REs) creates a good solution for Capability-Based VCMSs (CBVCMSs), which increases opportunities to create systems with more efficient utilizations.

Currently, boundary scan is widely used throughout the industry; most commercial computer-aided test tools provide automatic synthesis capability for boundary-scan design.

Numerical schemes having strong capability of boundary layer capture are therefore recommended for hypersonic heating prediction.

To show that the proposed method have good capability of boundary detection, the proposed method is compared with the conventional methods such as Sobel edge operator, Roberts edge operator, Prewitt edge operator, Laplacian operator, and Canny operator.

The aforementioned proposition is supported by empirical works on research collaboration which show perceived behavioural control or self-efficacy, in the form of research capabilities and boundary spanning skills, as important variables that can influence the decision of academics to engage in research collaboration with knowledge users.

We conclude the paper with simulation results demonstrating the capability of optimal boundary control to significantly reduce flow fluctuation.

The capability of these boundary conditions to produce an equilibrium ABL is demonstrated by performing numerical simulations in an empty domain.

Finally, several numerical results illustrate the performance of the method and confirm its capability to localize boundary and inner layers, as well as singularities.

The vocal tract's transmission responses and the sound field around the head are discussed separately, showing the capability of the boundary element models.

The design and control of power take-off systems (PTO) of wave energy converters (WECs) require in-depth analysis in order to ascertain their energy capabilities and operation boundaries.

The moving boundary capability can be used to construct a numerical wave maker in a wave basin which could be used for a numerical study of wave-breakwater interactions.