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Virtual Center for the Paradigmatic Studies

Tadeusz Krupa
Tadeusz Krupa
   | Dec 31, 2020
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Published Online: Dec 31, 2020
Page range: 181 - 192
DOI: https://doi.org/10.2478/fman-2020-0014
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© 2020 Tadeusz Krupa, published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.

Figure 1

An example of a semantic graph compliant with the formal record of characterization principle (Source: Own elaboration)Comment: In the presented graph, its edges do not require orientation. The common numbers on the edges indicate which pair of letter symbols will be assigned to the SSV. In this case, the SSV will be given to a pair of letter symbols <g, e>.
An example of a semantic graph compliant with the formal record of characterization principle (Source: Own elaboration)Comment: In the presented graph, its edges do not require orientation. The common numbers on the edges indicate which pair of letter symbols will be assigned to the SSV. In this case, the SSV will be given to a pair of letter symbols <g, e>.

Figure 2

An example of a semantic graph of the model Ψa five concurrently implemented projects(Source: Own elaboration)
An example of a semantic graph of the model Ψa five concurrently implemented projects(Source: Own elaboration)

Figure 3

Examples semantic graphs of model Ψa of type QA(Source: Own elaboration)
Examples semantic graphs of model Ψa of type QA(Source: Own elaboration)

Figure 4

An example of forbidden graph figure of type QB (so-called snowflake)(Source: Own elaboration)
An example of forbidden graph figure of type QB (so-called snowflake)(Source: Own elaboration)

Figure 5

An example of a failed attempt to build a Hasse diagram for 5 Projects - the P4 project is part of the P1 project, which indicates the presence of FGF of type QB (Source: Own elaboration)
An example of a failed attempt to build a Hasse diagram for 5 Projects - the P4 project is part of the P1 project, which indicates the presence of FGF of type QB (Source: Own elaboration)

Figure 6

An example of a Hasse diagram for the Model of 5 Projects after removing the FGF of the type QB(Source: Own elaboration)
An example of a Hasse diagram for the Model of 5 Projects after removing the FGF of the type QB(Source: Own elaboration)

Figure 7

Letters sequences downloaded from M5(Source: Own elaboration)
Letters sequences downloaded from M5(Source: Own elaboration)

Figure 8

Semantic model in the form of the graph in terms of 4 strategic sequences and 10 operating sequences (Source: Own elaboration)
Semantic model in the form of the graph in terms of 4 strategic sequences and 10 operating sequences (Source: Own elaboration)

Figure 9

Distribution of the five original forbidden figures of QA type(Source: Own elaboration)
Distribution of the five original forbidden figures of QA type(Source: Own elaboration)

Research areas of The Virtual Center for Paradigmatic Studies and their programs (Source: Own elaboration)

Research area A
  A.1 – Formal notation and application of characterization theory
  A.2 – Structure and purpose of Hasse diagrams
  A.3 – The essence of functions that unite semantic graphs
  A.4 – Multi-entity semantic sequences of events
  A.5 – Effective searching for forbidden graph figures (FGF)
  … …
Research area B
  B.1 – Building a semantic model of the functioning of objects
  B.2 – Theoretical correctness of the model of functioning Ψa
  B.3 – Elimination of multi-body forbidden graphs figures
  B.4 – Functions that integrate semantic graphs
  B.5 – Conjunctive and concurrent object sequences
  ... …
Research area C
  C.1 – Sequences of events, objects, and potentials as paradigms?
  C.2 – Graph semantic models – how to build them?
  C.3 – Application of the Semantic Model of 5 Projects
  C.4 – Simulation calculus for the elimination of forbidden graph figures (FGF)
  C.5 – Why is the theoretical correctness of Ψa not always theoretically correct?
  … …
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