article · European Journal of Technology and Design · 2024

Information Structural Modeling

Dmitry Tkachenko, Chou Bentler, ; -Bentler, P Chou, C, Bolbakov, Tsvetkov Deshko, I -Deshko, V Tsvetkov, Ya, Elsukov, P Elsukov, Yu, D Glynn ; Glynn, Kader, Kan, Makowski, ; Mcandrew, D -Mcandrew, Takahara Mesarovic, M -Mesarovic, Y Takahara, E Nesterov ; Nesterov, Peer, Tsvetkov Polyakov, A -Polyakov, V Tsvetkov, Ya, M, Rakhmonov, Tsvetkov, V Tsvetkov, Ya, ; Tsvetkov, V A -Tsvetkov, Ya, ; Tsvetkov, V B -Tsvetkov, Ya, ; Tsvetkov, V -Tsvetkov, Ya, Wallgrn, J Wallgrn

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Abstract

The article explores information structural modeling. Information structural modeling includes two types. The first type of structural modeling is used when studying the surrounding world. The second type of structural modeling is used when constructing new structures and modifying known structures. Information structural modeling is based on the features of data used in computer science. Structural modeling is figurative modeling. It has two features. The first feature of the modeling is that all types of data are treated as areal data. The second feature of structural modeling is that models have a dual formal and graphic or visual form. Structural modeling uses a set-theoretic and systems approach. Structural modeling is applied to data, technologies and systems. These types of structures are different and require different modeling techniques. Many objects have a hierarchical structure. This is due to the hierarchy of the surrounding world and the nesting of objects. Information structural modeling is a complex type of modeling. It is much more complex than formal modeling or symbolic modeling. Information structural modeling has two forms: figurative and formal. When constructing a figurative or visual form, it is necessary to solve the problem of the information content of the image. There is always complete information correspondence between the formal structural model and the modeling object. Between the figurative structural model and the modeling object there is either a complete information correspondence or a partial information correspondence. The article shows an example of reducing a complex set to a hierarchical structure. This example shows that structural modeling reduces the complexity of systems and configurations.

Cite this paper

APA 7

Tkachenko, D., Bentler, C., -Bentler, , Chou, P., C, Bolbakov, Deshko, T., -Deshko, I., Tsvetkov, V., Ya, Elsukov, Elsukov, P., Yu, Glynn, D. G. , Kader, Kan, Makowski, Mcandrew, , -Mcandrew, D., . . . Wallgrn, J. (2024). Information Structural Modeling. European Journal of Technology and Design, 12(1). https://doi.org/10.13187/ejtd.2024.1.23

MLA 9

Tkachenko, Dmitry, et al. “Information Structural Modeling.” European Journal of Technology and Design, vol. 12, no. 1, 2024, https://doi.org/10.13187/ejtd.2024.1.23.

Chicago

Tkachenko, Dmitry, Chou Bentler, ; -Bentler, P Chou, C, Bolbakov, Tsvetkov Deshko, et al. 2024. “Information Structural Modeling.” European Journal of Technology and Design 12 (1). https://doi.org/10.13187/ejtd.2024.1.23.

Harvard

Tkachenko, D. et al. (2024) ‘Information Structural Modeling’, European Journal of Technology and Design, 12(1). Available at: https://doi.org/10.13187/ejtd.2024.1.23.

BibTeX

@article{tkachenko2024information,
  title = {{Information Structural Modeling}},
  author = {Tkachenko, Dmitry and Bentler, Chou and -Bentler, ; and Chou, P and C and Bolbakov and Deshko, Tsvetkov and -Deshko, I and Tsvetkov, V and Ya and Elsukov and Elsukov, P and Yu and Glynn, D Glynn ; and Kader and Kan and Makowski and Mcandrew, ; and -Mcandrew, D and Mesarovic, Takahara and -Mesarovic, M and Takahara, Y and Nesterov, E Nesterov ; and Peer and Polyakov, Tsvetkov and -Polyakov, A and Tsvetkov, V and Ya and M and Rakhmonov and Tsvetkov and Tsvetkov, V and Ya and Tsvetkov, ; and -Tsvetkov, V A and Ya and Tsvetkov, ; and -Tsvetkov, V B and Ya and Tsvetkov, ; and -Tsvetkov, V and Ya and Wallgrn and Wallgrn, J},
  journal = {European Journal of Technology and Design},
  volume = {12},
  number = {1},
  year = {2024},
  doi = {10.13187/ejtd.2024.1.23}
}

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