Automata formalism has been used extensively in control design of Discrete Event Systems (DES) and, realization methodologies to implement automata that are synthesized using formal methods are needed.
Equally importantly, through the generation of multiple stochastic realizations, the methodology allows for quantitative assessment of the uncertainty associated with the inferred subsurface models, which in turn is essential for interpreting subsequent predictions of the flow and transport characteristics of the studied region.
A realization for this methodology is presented in 7 nm FinFET and in order to check the accuracy of our proposal, we compare it with others techniques for hardening radiation at the transistor level against a single event transient.
We downscaled climate model realizations using a methodology that accounts for the uncertainty in climate change projections related to the stochastic variability of precipitation and air temperature.
In this paper, a design methodology for realization of hybrid microwave power amplifiers (PAs) using discrete GaN HEMTs is systematically explained.
It is also well known [47] that forecasts and predictions about the future have little chance of realization regardless of the methodology or model used especially where very long term forecasting is involved.
In this paper, we show how the vision can be realized in the shop floor via systematic procedure: 1) designing reference architecture to specify functionality and components of u-Factory from its vision, 2) analyzing information exchange mechanism between components of u-Factory based on SOA approach, and 3) developing scenario derivation methodology for realization to industrial domain.
The method builds on top of a previously developed methodology for digital realization of generic microstructures.
This paper proposes a principled methodology for the realization of distribution transparencies.
This paper proposes a methodology for the realization of product-oriented and use-oriented PSS for consumer products through the use of product lifecycle data.
Then, the modified Z-transform method is applied to the obtained discrete-time transfer function matrix to find an equivalent specific multiple time-delay continuous-time transfer function matrix with multiple time delays in only the inputs and outputs, for which the existing control and design methodologies and minimal realization techniques can be effectively applied.
