Standard

The event bush method in the light of typed graphs illustrated by common sense reasoning. / Wolter, Uwe; Korableva, Olga; Solovyov, Nikita.

Dynamic Knowledge Representation in Scientific Domains. IGI Global, 2018. стр. 320-353.

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Harvard

Wolter, U, Korableva, O & Solovyov, N 2018, The event bush method in the light of typed graphs illustrated by common sense reasoning. в Dynamic Knowledge Representation in Scientific Domains. IGI Global, стр. 320-353. https://doi.org/10.4018/978-1-5225-5261-1.ch014

APA

Wolter, U., Korableva, O., & Solovyov, N. (2018). The event bush method in the light of typed graphs illustrated by common sense reasoning. в Dynamic Knowledge Representation in Scientific Domains (стр. 320-353). IGI Global. https://doi.org/10.4018/978-1-5225-5261-1.ch014

Vancouver

Wolter U, Korableva O, Solovyov N. The event bush method in the light of typed graphs illustrated by common sense reasoning. в Dynamic Knowledge Representation in Scientific Domains. IGI Global. 2018. стр. 320-353 https://doi.org/10.4018/978-1-5225-5261-1.ch014

Author

Wolter, Uwe ; Korableva, Olga ; Solovyov, Nikita. / The event bush method in the light of typed graphs illustrated by common sense reasoning. Dynamic Knowledge Representation in Scientific Domains. IGI Global, 2018. стр. 320-353

BibTeX

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title = "The event bush method in the light of typed graphs illustrated by common sense reasoning",
abstract = "The event bush method being an efficient tool for representation and engineering of dynamic knowledge still lacks a strict mathematical foundation. Many of the syntactic properties of event bushes, however, seem compliant with directed graphs and can be described by typed graphs (i.e., by homomorphisms between directed graphs). This chapter explores an opportunity to formalize the syntactic structure of event bushes by means of typed graphs and shows useful implications of this approach for knowledge engineering and representation.",
author = "Uwe Wolter and Olga Korableva and Nikita Solovyov",
year = "2018",
month = mar,
day = "16",
doi = "10.4018/978-1-5225-5261-1.ch014",
language = "English",
isbn = "1522552618",
pages = "320--353",
booktitle = "Dynamic Knowledge Representation in Scientific Domains",
publisher = "IGI Global",
address = "United States",

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RIS

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AU - Korableva, Olga

AU - Solovyov, Nikita

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N2 - The event bush method being an efficient tool for representation and engineering of dynamic knowledge still lacks a strict mathematical foundation. Many of the syntactic properties of event bushes, however, seem compliant with directed graphs and can be described by typed graphs (i.e., by homomorphisms between directed graphs). This chapter explores an opportunity to formalize the syntactic structure of event bushes by means of typed graphs and shows useful implications of this approach for knowledge engineering and representation.

AB - The event bush method being an efficient tool for representation and engineering of dynamic knowledge still lacks a strict mathematical foundation. Many of the syntactic properties of event bushes, however, seem compliant with directed graphs and can be described by typed graphs (i.e., by homomorphisms between directed graphs). This chapter explores an opportunity to formalize the syntactic structure of event bushes by means of typed graphs and shows useful implications of this approach for knowledge engineering and representation.

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