The paper deals with the interpretation of the graphically oriented conceptual information, which is treated as the information concerning the entities and relationships of the problem domain represented in the graphical form. The paper proposes the approach based on the applicative computational systems, which allows evaluating the graphical attributes of the conceptual objects according to its semantic structure. This feature distinguishes the proposed system from the Database Management System scheme design tools which typically represent the conceptual information in the predefined way. A prototype applicative system for the graphical conceptual information treatment is proposed. The system includes basic semantic domains for the conceptual constructions and an interpretation for evaluating the values of graphical attributes of the represented objects. The applicative character of the proposed model allows offering the way of its future implementation.
Ismailova, L. Y., Kosikov, S. V., & Wolfengagen, V. (2016). Applicative Methods of Interpretation of Graphically Oriented Conceptual Information. In Procedia Computer Science (Vol. 88, pp. 341–346). Elsevier B.V. https://doi.org/10.1016/j.procs.2016.07.446