Publication: Capturing push-processing using enriched semantic mesh equipped with functionals-and-hops model
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2020
Авторы
Kosikov, S.
Dohrn, M.
Ismailova, L.
Wolfengagen, V.
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© 2020 The Authors. Published by Elsevier B.V.One of the aims of this paper is to study how to define meshes, a kind of wireframe semantic models hidden behind the variety of external forms of manifestation of information processes on the Web. Their purpose is to fix non-logical patterns, some of which are constant, and some of then are varying with time/events. An enriched semantic model arises at the next stage of knowledge extraction and establishes conceptual dependencies in the form of a graph in which the nodes correspond to variable domains and/or variable concepts, and the edges are natural transformations. A computational model based on parametric functionals is generated. The areas of semantic stability are the imposed conditions of commutativity, which correspond to the emergence of information channels and the possibility of their equal use for promoting information over the network. In the computational model, this gives rise to a machinery for preventing confusion/entanglement of information processes based on the equality of representing functionals. Arguments in favor of its importance are given by the example of some tasks of social engineering (phishing).
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Capturing push-processing using enriched semantic mesh equipped with functionals-and-hops model / Kosikov, S. [et al.] // Procedia Computer Science. - 2020. - 169. - P. 590-596. - 10.1016/j.procs.2020.02.205