The aim is for the developed platform to act as the building block for an ensemble environment, upon which higher level applications could be built.
For higher level applications, the use of separate DC sources is not viable and the control techniques for other two methods will be more complicated to implement.
These building blocks are necessary before higher level applications are introduced.
While CFM provides ease of programming and analysis for high level application functionality, CAM enables more accurate performance analysis and hence more efficient algorithms through cross-layer optimization, at the expense of increased programming and analysis complexity.
However, to the best of our knowledge, these proposals have not yet fully investigated a service-oriented hierarchical architecture, in which different types of functionalities that could be offered by a network resource (e.g., low level routing/transport functionalities, high level application logics) can be dynamically discovered, used and composed.
Some are high level applications and some are management tools, but over time the open systems have acted as launching pads for new businesses creating what are essentially startup ecosystems.
This paper demonstrates how WCET analysis can be integrated into high-level application design and simulation tools like Matlab/Simulink, thus providing a higher-level interface to WCET analysis.
Flexible: has good scalability, with low-level and high-level application development kit.
Utilizing the low-level applications, a high-level application is realized that detects and responds to human falls.
During Phase I, a high-level application description file (preferably in C language) is input into the Smart_C environment.
Network virtualization [15] is used to present underlying network layers in a uniform way toward a high-level application.
