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This module is based on learning-based and experience-based software evolution approaches to achieve intelligent and autonomous software operation and control, including software redeployment and upgrading.
This module is based on the Brill-style, rule-based POS tagger, originally written by Mark Hepple [ 16] as a plug-in for the Gate framework.
The processing module is based on a 2D FFT core.
The first module is based on aggregation of existing prognostic models for ovarian tumor.
This module is based on a forecasting system and a set of inventory management policies.
The tracking trajectory module is based on a distributed and robust Model Predictive Control MPCC) technique.
On the conceptual level a gap exists according to the functionality of each module: the design module is based on purely geometric operations, while the analysis module is based on physical phenomena.
The proposed outline design of the winding pack for the CS1 module is based on layer winding.
The circulation module is based on semi-implicit Eulerian Lagrangian method, which is stable and free from Courant–Friedrichs Lewy (CFL) constraint.
The AR module is based on an algorithm that creates the virtual instructions, having as basis the assembly sequence of the specific product.
The neural-optimal control module is based on a recurrent Jordan neural network architecture that is trained using optimal policies produced by a dynamic optimal control module.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com