Abstract
In cognitive computing project of Artificial Society (AS) linguistic means must ex-press the three-dimensional intensional semantics. Volumetrical (3D) language provides a correlation of sense and meanings in the space of three "dimensions": 1) phenomenal judgment, characterizing fact of person consciousness experienced (the primary inten-sion), 2) scientific judgments, rationally explain the cognitive phenomenon by means of methods of natural, human and social sciences (secondary intension), 3) engineering judgments about the computer implementation cognitive phenomenon (tertiary inten-sion). Unlike dimensionalism methodology that nonclassical uses different languages for modeling of socio-cultural phenomena, surround language postnonclassical links three measurement in a holistic conceptual framework through an explicit commit possible world «I». Unlike 2- dimensionalism methodology that a priori characterizes diversity of relations between meanings/values of cognitive terms, 3-dimensionalism design (com-pute) the method of characterization.
This paper considers the increase in semantic dimension dictionary of AS: 0D-semantics metaphorically uses cognitive terms; 1D-semantics reduces terms to the dic-tionary particular discipline; 2D-semantics links intensions terms of possible worlds on the two-dimensional framework: for the 1-3-dimension, for example, in the format of the thesis machine functionalism "I am a Turing machine"; 1-2-dimension, for example, by means of psycho-functionalism procedure of Ramsey-Lewis; 2-3-dimension expressing "Social" by means of diagonal intensions over possible worlds socio-cultural and com-puter systems. We study the peculiarities of 2D-semantics for indexicals (D.Kaplan); di-agonal propositions (R.Stalnaker), descriptions (G.Evans); floating worlds (M.Davies and I.L.Humberstone); generalized 2D semantics (two-dimensionalism of D.Chalmers); nonintensional semantics (metasemantics for 2-dimensionalism R.Stalnaker). 3D-semantics extends 2-dimensional scheme by means of "engineering" extensional of com-puter conceptual design ("engineering" intension): 1) for indexicals sets a method for
Summary 110
forming context; 2 ) the diagonal proposition determined the three-dimensional relation-al schema where the third dimension table indicates how construction the two-dimensional (flat) table; 3) descriptive dimensionality enriched method of forming a co-herent descriptions of private descriptions on a "model of a model" , 4) the elements of table of floating worlds include the program of actualization worlds; 5) for the general-ized semantics implemented method of constructing possible worlds (a priori they not specified).
The general theoretical idea of a computer method for forming a 3D-frame in-spired by the concept of the machine Korsakov as prototype of connectionist-representational system. The machine operates on sublevel of the formation of single and compositionality terms, i.e. works with private modal preset attributes of objects, classes, and relationships. Machine completely covers the extensional area of dictionary AS, but fundamentally does not work with the intensions of terms, with the senses. Strengthen human ability to form of sense by means of the implementation of routine procedures ex-tensional area - a computer can. But replace human intensional field - never.
Proposed the paradox semantic enrichment cognitive terminology: although ex-panding space "senses" by incorporating "engineering" intension, but possible worlds semantics of two-dimensional narrow because of the difficulty (impossibility) of the com-puter implementation. Just 3D-language serves as a criterion of demarcation of artificial intelligence research.
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