Sentence examples for oriented capabilities from inspiring English sources

These clouds are too infrastructure oriented and they lack advanced service oriented capabilities such as service elasticity, quality of service or admission control to perform a holistic management of a whole application.

This approach takes advantage of the object oriented programming capabilities of Python for providing full flexibility: methods can be customized with no limitations, while untouched methods keep providing the full features of the parent model class and a seamless integration in the predictive environment.

Government policies are more oriented to developing capabilities (human resources and researchers) than to drive the innovation dynamics.

Argued Michael Cecire of the Foreign Policy Research Institute: "Between a pragmatic foreign policy outlook and a capabilities oriented approach to defense, Georgia is slowly but surely overturning a reputation as a liability into that of an asset".

What if instead of attempting to eradicate Shadow IT, we flipped our attitude on its head and embraced the consumer-oriented capabilities on the Web and in the cloud as the first choice for computing infrastructure?

Our proposal is based on specification and description language (SDL), and using its object-oriented capabilities to systematically develop simulation models, including many combinations of the mechanisms under study, to any degree of complexity.

During the past year, an important set of enhancements were designed under the project name of "MDSobjects" which would provide a common, powerful application programming interface (API) to MDSplus in programming languages with object-oriented capabilities.

As a first step towards meeting these requirements, we also show how the collection-oriented modeling and design (comad) approach for scientific workflows, implemented within the Kepler system, can help provide these critical, design-oriented capabilities to scientists.

eTOXlab benefits from the object-oriented capabilities of Python for providing high flexibility: any model implemented using eTOXlab inherits the features implemented in the parent model, like common tools and services or the automatic exposure of the models as prediction web services.

This constructive approach enables useful design-oriented capabilities: a graphical control of multiple solutions, the direct switching of the dependencies hierarchy, the execution of dynamic conditional statements using static constraints, the computation of interdependencies, and coordinate-free methods for ensuring consistency between certain continuums of solutions.

Design principles include the reuse of deployed IoT resources across application domains, and the design for a set of support services that provide open service-oriented capabilities and can be used for application development and execution, something already evident in the ETSI M2M standardization.