Sentence examples for enable the composition of from inspiring English sources

The workflow tool ArcGIS Model Builder can enable the composition of various geoprocessing functions and realize complex processing workflows.

First, we aim to enable the composition of both RESTful Web services and traditional Web services from within the same process-oriented service composition language.

The promise of service oriented architecture is to enable the composition of new distributed applications/solutions: when no available service can satisfy a client request, available services can be composed in order to satisfy such a request.

26, 27 The pyrosequencing technology may enable the composition of viral quasispecies to be explored more deeply.

Proton Nuclear Magnetic Resonance uses the absorption of electromagnetic waves by protons (H+ ions) in a magnetic field that results in a frequency shift of the emitted electromagnetic waves to enable the composition of the sample to be determined.

This bi-polarity of propositions enables the composition of more complex propositions from atomic ones by using truth-functional operators (5).

Enabling the composition of functionally-compatible software components regardless of the technology they use and the protocols according to which they interact is a fundamental challenge in the Future Internet [1].

First, CT with wide detectors, e.g. 256- or 320-slice CT, covering up to 16 cm without table movement [57], or second, the latest generation of dual-source CT systems, enabling a so-called "shuttle mode", which enables the composition of two adjacent slabs of myocardium of 4 cm each, resulting in nearly 8 cm of myocardial coverage in a dynamic fashion [58].

By examining the architectural models of Web services and the structural patterns of e-business applications, we argue that our proposed framework enables the composition of pre-defined canonical Web services for developing business integration solutions more efficiently and reliably than existing approaches.

The recent high-throughput sequencing has enabled the composition of Escherichia coli strains in the human microbial community to be profiled en masse.

Raman Spectroscopy uses inelastic scattering of monochromatic light (usually a laser) to excite vibrational modes of bonds in the sample that result in a frequency shift of the emitted light, thereby enabling the composition of the sample to be determined.