The framework provides sufficient abstraction to accommodate both communication strategies.
The framework provides data handling, logging, and error handling.
The framework provides a useful tool with flexibility and efficiency.
Moreover, the framework provides a complete toolkit for modelling highly integrated, renewable-energy-based systems.
The framework provides the possibility to explore reading scale development at finer levels than previous endeavors.
The framework provides developers with new documentation and user interface guidelines to simplify the application development process.
The framework provides the user with an interface to access the digital library from anywhere.
The framework provides the aforementioned security countermeasures through the use of Trusted Virtual Domains (TVDs).
At runtime, the framework provides a service differentiation mechanism based on quality of services.
The results revealed that the framework provides excellent potential for development and evaluation.
The framework provides users with easy access to the internal structures of complex environmental models.
