The phrase "automatic transformation of the" is correct and usable in written English.
It can be used in contexts discussing processes or systems that change or convert something without manual intervention.
Example: "The software enables the automatic transformation of the data into a more usable format."
Alternatives: "automated conversion of the" or "self-initiated change of the".
The current implementation of the server system supports the automatic transformation of the design model contents and representations from the architectural domain to the structural domain, and remote visualization and interaction by Java applet and the Java3D technology.
While the higher level bears the explanatory power of a process-based model, revealing the structure of its interactions, the lower-level allows for automatic transformation of the model into a set of differential equations that can be used to simulate the dynamical behavior of the observed system.
The aim of the proposed method is to provide automatic transformation of architectural drawings into the spatial and topological information of the enclosure in a building.
We describe an algorithm for the automatic transformation of a group of functions into such a monadic form.
The defined formal behavioral semantics sets the basis for an automatic transformation of PLC-statecharts into timed automata which can be analyzed by the model-checker UPPAAL.
Another possible extension of the products proposed in this paper is to create methods for automatic transformation of catalogs of NFR requirements into O4C-based catalogs.
Automatic transformation of ODM files to CDA and vice versa is technically feasible in principle, but has limitations due to the different scope of ODM and CDA standards.
The strategy is based on a procedure that enables the semi-automatic transformation of a three-dimensional points cloud surveyed through terrestrial laser scanner or closed range photogrammetry into a three-dimensional finite element mesh, as well as its mechanical characterization.
An automatic transformation generates the software prototype code in C++.
Similarly, automatic transformations allow the derivation of an EvoFM from a given set of feature models.
We provide details of these transformation tools, evaluate the framework in practice, and discuss the benefits of formal automatic transformation in this context.
