Following, we will introduce MVCC (Model-View-Controller-Context) as an architectural pattern solution for software frameworks to overcome the mentioned obstacles.
Such experience can be captured by domain-specific design patterns, that is, patterns specifying design solutions for well-defined families of applications.
In Fig. 8 (B), (C), we plot the pattern control solutions for the same (varSigma_{P}) used in the example of Fig. 6 for smaller ((eta_{1} = 0.1, eta_{2} = 1)) and higher ((eta_{1} = 1, eta_{2} = 10)) process and measurement variance.
The dashed patterns denote solutions for different values of the applied forcing and the solutions for different values of α are coloured.
Idioms and design patterns provide prototypical solutions for recurring design problems in software engineering, but their use can be easily extended into software development using graph transformation systems.
Refactoring patterns offer proven solutions for recurring architectural problems, hence providing a toolset to software engineers.
Applying the tanh method and the sine-cosine method, Wazwaz [8] obtained compactons, solitons, solitary patterns and periodic solutions for the following generalized Benjamin-Bona-Mahony equation u t + a u x − b u x x t + k ( u m ) x = 0, (2).
One view (Alexander et al. 1977; Alexander 1979) takes the thesis to underscore the robust nature of design patterns and known design solutions and, for a given culture, a common vocabulary (Donougho 1987).
This paper proposes an autoencoder based framework for structural damage identification, which can support deep neural networks and be utilized to obtain optimal solutions for pattern recognition problems of highly non-linear nature, such as learning a mapping between the vibration characteristics and structural damage.
ANNs were widely employed in the last decades, and they are among the best solutions for pattern recognition and data classification problems.
