(ii)The modeling language may use components of high abstraction (hiding details of complex implementation), which complicate the identification of a structural code-coverage metric's scopes within the model.
To create the FPGA taxonomy, this paper presents an additional "sub-component" level of abstraction, to demonstrate the effect of the FPGA failure modes and failure categories on an FPGA-based system.
We are determining the structural and functional circuit components of these abstractions.
Exploiting components of higher level abstraction (compared to edges and parts) and the relation among them (compared to the topological relations of visual stimuli) is helpful to efficient problem solving.
These require simulators that support the modeling of networks and components with different levels of abstraction.
Furthermore, modeling techniques are applied to port influences and circuit components from one level of abstraction to another.
SMAC includes methodologies and EDA tools enabling multi-disciplinary and multi-scale modelling and design, simulation of multi-domain systems, subsystems and components at different levels of abstraction, system integration and exploration for optimization of functional and non-functional metrics.
To simultaneously achieve high-quality system integration starting from accurate circuit characterizations, analog-PBD (APBD) has been proposed and formulated in [4 7] as a meet-in-the-middle recursive process consisting in top-down optimization (platform mapping) and bottom-up characterizations, exporting the feasible design spaces of platform components to higher levels of abstraction.
The typical component contains several layers of abstraction, including a style sheet, occasionally some dependencies to libraries such as D3.js, jQuery or Raphäel, the JavaScript layer and the representation layer.
It can be used for modeling complex components at the behavioral level of abstraction.
Unified Modeling Language (UML) is used to specify the system model and components at a high level of abstraction.
