Sentence examples for extensive interoperability from inspiring English sources

NetWalker architecture is designed to enable network analyses based on holistic (i.e. no cutoff) integration of experimental data with a priori networks and to allow extensive interoperability between analysis components and with external applications.

Cloud interoperability is an extensive subject.

This suggests that integrated environmental monitoring requires compliance to standards, data harmonisation and service interoperability together with extensive on-demand processing and storage capacities in order to answer scientific and policy related questions.

This ensures the practical usability by presently mature common tools proven by an extensive industrial use, including the simple interoperability with programming languages using the ordinary SOAP libraries.

Our implementation of DTLS is presented in the context of a system architecture and the scheme's feasibility (low overheads and high interoperability) is further demonstrated through extensive evaluation on a hardware platform suitable for the Internet of Things.

It has been the focus of extensive research, from approaches that identify the causes of interoperability issues and give guidelines on how to address them [2], to approaches that try to automate the application of such guidelines [3].

Pragmatic policies that demand extensive sharing of data, promotion of data fusion, provenance, interoperability and balance security and protection of personal information are critical for the long term impact of translational Big Data analytics.

In order to evaluate the effectiveness of the proposed semantic interoperability framework for SaaS systems in cloud computing environments, extensive experimentation and statistical analysis have been performed.

As HIE usage in the ED can take different forms, the interoperability of these systems has become a critical condition for extensive and effective usage by EPs [15, 16].

At the interest of semantic interoperability, the proposed architecture is based on the Simple Knowledge Organization Scheme catalyzing the extensive cross-linking to different ontologies both within the nuclear technology domain and in related domains and disciplines.

We believe that semantic interoperability through the archetype approach will have greater chances of success if extensive bindings to terminologies are provided.