Effective interactions and interoperability of various subsystems, both in routine and non-routine (for example, emergency) situations should be addressed proactively.
The iTools infrastructure greatly facilitates this type of multi-resource interactions and interoperability.
One piece of work introduces a preliminary policy management framework for the resources of Fog computing to enhance secure interaction, sharing and interoperability among user-requested resources [100].
Through this user interaction, application flexibility and interoperability have been recognized as necessary developmental focuses essential for accommodating diverse adoption scenarios and biobanking workflows to catalyze advances in biomedical research and operations.
As such, the protocols and procedures for interactions and the interoperability of their composing subsystems with each other should be foreseen and proactively addressed.
Therefore, integration and interoperability at European level represent a challenge.
The emerging technology of virtual globe-based 3D visualization is a unique opportunity to facilitate public participation in urban planning projects by promoting intuitive 3D interaction, instant interoperability and seamless integration of 3D visualization with other traditional text and multimedia information channels.
These 10 factors are perceived usefulness, productivity, motivation, participation of end-users in the implementation strategy, patient and health professional interaction, lack of time and workload, resources availability, management, outcome expectancy, and interoperability.
The10 factors that were prioritized are perceived usefulness, productivity, motivation, participation of end-users in the implementation strategy, patient and health professional interaction, lack of time and workload, resources availability, management, outcome expectancy, and interoperability.
