Sentence examples for interoperability capabilities from inspiring English sources
The quality requirements selected include (i) interoperability capabilities, (ii) autonomic composition of services, (iii) QoS-aware service compositions and (iv) business-driven automated composition.
Their solution for fault-tolerant SOAs also supports interoperability capabilities by exposing their main functionalities by means of a proxy web service.
The framework by Kotonya and Stephen ([2010]) supports interoperability capabilities, autonomic composition of services, QoS-aware service composition and and business-driven automated composition.
The realization of the Internet of Things (IoT) paradigm relies on the implementation of systems of cooperative intelligent objects with key interoperability capabilities.
Interoperability Capabilities: Whenever a service composition provides its functionalities by means of interfaces that are platform-independent, a client from any communication device using any computational platform, operating system, or programming language can reuse the solution.
Therefore, the solution by Chen and Romanovsky ([2008]) supports autonomic composition of services, QoS-aware service composition and business-driven automated composition, while the solution by Gonćalves and Rubira ([2010]) supports these quality requirements and also interoperability capabilities.
Key principles are identified for improved methods and metrics for developing conformance and interoperability testing capabilities for the construction industry.
Web-based protocols have been developed to improve e-learning systems' interoperability and capability to perform meaningful analytics.
Wide deployment of CDS tools supporting clinical medical decision making will be facilitated through standardization (agreed-upon standards for the rules and data fields that will enable the various electronic resources to utilize various data types and resources) and interoperability (the capability of an information system to exchange data with other systems).
Many existing brownfield sites transitioning to smart manufacturing must also address device interoperability, real-time capabilities, big data infrastructures, and open standards.
The emphasis in the design was on improved interoperability, with the capability of using sensors, performing cloud processing, carrying out regional statistics, and provide seamless connectivity to machine terminals.
