Embedded within the software architecture are process synthesis and intensification methods that operate at multiple scales, namely, unit operation, task and phenomena.
In this section, we explore four methods that operate on features to build up a more representative model for classification as well as four methods that operate on distance between vectors to improve the performance.
For this examination, we combine SPADE with noise compensation methods that operate in the frequency domain and cepstral normalization methods.
Genetic algorithms are mostly considered to represent the primary class of evolutionary methods that operate by combining solutions to produce better ones.
In Section 3, we analyze the BG methods that operate on the sole visible optical (standard video) sensor channel, individuating groups of methods that employ a single monocular camera, and approaches where multiple cameras are utilized.
To do that, the application engineer needs to inform which methods execute right after a DB connection is established, i.e., methods that operate properly only if there is a connection open.
There exist a number of research projects that focus on precision analysis, most of which are static methods that operate on the computational flow of the design and uses techniques based on range and error propagation to perform the analysis.
The minimum number of reference nodes, necessary for the application of trilateration methods that operate without ambiguity in a two-dimensional (2D) scenario, is three in the case of full synchronization and four if only the reference nodes are synchronized.
The present work studies the combination of the Hilbert-Huang transform with the continuous wavelet transform, as data analysis methods that operate in time as well as in frequency, for the identification of localized corrosion.
