Reusable web service wrappers were developed for technical interoperability models created in NetLogo and GAMS modeling languages.
Various standardisation solutions from different industry bodies have been developed for increasing interoperability and portability within diverse cloud computing services [32, 34].
The services have stated that this does not allow for interoperability with other agencies, which is a drawback in case of major incidents.
Simple Object Access Protocol (SOAP) web service is also available for data mapping for interoperability with other tools.
Fourth, OpenSesame aims for interoperability with existing software.
To a certain extent, some of the aforementioned biocuration systems render support for interoperability with external tools.
In the future, Web services will use standard Internet protocols including SOAP, WSDL, and UDDI for interoperability with other resources.
Cognitive radio has been developed for spectrum availability recognition, reconfigurability, interoperability, and coexistence between terminals by means of software defined radio technology, intelligence, awareness, and learning [1, 2].
In the end, the tools developed for Track 3 provided a level of interoperability that would not have otherwise existed in the absence of BioC.
The FP7 Sharing Interoperable Workflow for Large-Scale Scientific SimulAvailableAvailable DCIs (SHIWA) project developed two interoperability solutions to support workflow sharing: Coarse-Grained Interoperability (CGI) and Fine-Grained Interoperability (FGI).
Furthermore, an agent-based architecture with a two-tier mediator model in GIS is developed to satisfy the needs for interoperability among diverse application domains and integration of heterogeneous data sources.
