Informatics and Applications
2015, Volume 9, Issue 3, pp 106-123
GOAL-ORIENTED PROCESSES OF CROSS-LINGUAL EXPERT KNOWLEDGE CREATION: SEMIOTIC FOUNDATIONS FOR MODELING
Abstract
The results of development of semiotic foundations for modeling goal-oriented processes of cross-lingual expert knowledge creation are described. The technology supporting these processes is outlined. The demand for such technologies is obvious in situations where present systems of expert knowledge do not answer to new socially or technologically significant purposes, corresponding to new or changed requirements of modern society Instead of centering on the well-known artificial intelligence methods and models of information processing for knowledge representation, this paper focuses on development of new models of goal-oriented processes of expert knowledge creation reflecting dynamics of its formation. The suggested approach to modeling these processes and to development of technologies supporting them is focused on those applied areas where expert knowledge is elicited from domain experts. The experts analyze texts or other interpretation objects which can vary over time and enter the results of analysis into supracorpus databases. The distinguishing feature of the semiotic approach to modeling is the explicit description of relations between new expert knowledge and those interpretation objects, from which parts of new knowledge were generated. Other important feature is the explicit description of parts of knowledge corresponding to interpretation objects that may vary over time. Feasibility of the approach is demonstrated on the example of information technology, which supports the processes of creation of cross-lingual expert knowledge based on French translations of Russian verbal constructions. Cross-lingual knowledge is generated in the course of analysis of parallel texts in Russian and French languages.
[+] References (37)
- Nonaka, I. 1991. The knowledge-creating company. Har-vard Bus. Rev. 69(6):96-104.
- Nonaka, I. 1994. A dynamic theory of organizational knowledge creation. Organ. Sci. 5(1):14-37.
- Wierzbicki, A. P., and Y. Nakamori. 2006. Basic dimensions of creative space. Creative space: Models of creative processes for knowledge civilization age. Eds. A. P. Wierzbicki, and Y. Nakamori. Berlin-Heidelberg: Springer Verlag. 59-90.
- Wierzbicki, A. P, and Y. Nakamori. 2007. Knowledge sciences: Some new developments. Zeitschrift fUr Betrieb- swirtsch aft 77(3):271-295.
- Wierzbicki, A. P, and Y. Nakamori. 2008. The importance of multimedia principle and emergence principle for the knowledge civilisation age. J. Syst. Sci. Syst. Eng. 17(3):297-318.
- Nakamori, Y. 2009. Methodology for knowledge synthesis. Cutting-edge research topics on multiple criteria decision making. Eds. Y. Shi, S. Wang, Y. Peng, J. Li, and Y. Zeng. Communications in computer and information science ser. Berlin: Springer. 35:311-317.
- Nakamori, Y., ed. 2011. Knowledge science - modeling the knowledge creation process. London - New York: CRC Press. 177 p.
- Nakamori, Y. 2013. Knowledge and systems science - enabling systemic knowledge synthesis. London - New York: CRC Press. 234 p.
- Zatsman, I., and P. Buntman. 2013. Theoretical framework and denotatum-based models of knowledge creation for monitoring and evaluating R&D program implementation. Int. J. Softw. Sci. Comput. Intell. 5(1):15-31.
- Zatsman, I. 2013. Postroenie sistemy terminov informatsionno-komp'yuternoy nauki: problemno- orientirovannyy podkhod [Construction of the system of terms of information and computer science: A problem- oriented approach]. Teoriya i praktika obshchestvennoy nauchnoy informatsii [Theory and practice of scientific information for social sciences]. Moscow: INION RAS. 120-159.
- Zatsman, I. 2014. Tablitsa interfeysov informatiki kak informatsionno-komp'yuternoy nauki [A table of interfaces of informatics as computer and information science]. Nauchno-tekhnicheskaya informatsiya. Ser. 1: Organizatsiya i metodika informatsionnoy raboty [Scientific and Technical Information. Ser. 1: Management and methodology of information work] (11):1-15.
- Zatsman, I. 2014. Informatsionno-komp'yuternaya nauka: Tekhnologicheskie predposylki stanovleniya [Information and computer science: Technological prerequisites of formation]. Informatsionnye Tekhnologii [Information Technologies] (3):3-12.
- Uspenskiy, V. A. 1997. Kpublikatsiistat'i G. Frege "Smysl i denotat" [To the publication of the paper of G. Frege "Sense and reference"]. Semiotika i Informatika [Semiotics and Informatics] 35:351-352.
- Frege, G. 1997. Smysl i denotat [Sense and reference] . Semiotika iInformatika [Semiotics and Informatics] 35:352-379.
- Frege, G. 1997. Ponyatie i veshch' [Concept and thing]. Semiotika i Informatika [Semiotics and Informatics] 35:380-396.
- Zatsman, 1.2009. Semioticheskaya model' vzaimosvyazey kontseptov, informatsionnykh ob"ektov i komp'yuternykh kodov [Semiotic model of relationships of concepts, in-formation objects, and computer codes]. Informatika i ee Primeneniya - Inform. Appl. 3(2):65-81.
- FRISCO. 1998. A framework of information system concepts. Report. Available at: http://www.mathematik.uni- marburg.de/~hesse/papers/fri-full.pdf (accessed July 29, 2015).
- Hesse, W., and A. A. Verrijn- Stuart. 2001. Towards a theory of information systems: The FRISCO approach. Information modelling and knowledge bases XII. Eds. H. Kangas- salo, H. Jaakkola, and E. Kawaguchi. Amsterdam: IOS Press. 81-91.
- Eco, U. 1976. A theory of semiotics. Bloomington: Indiana University Press. 356 p.
- Peirce, Ch. S. 1931-1958. Collected papers of Charles
S. Peirce. Cambridge: Harvard University Press. 8 vols.
- Vasilyuk, F E. 1993. Struktura obraza [Structure of image]. Voprosy Psikhologii [Questions of Psychology] (5):5-19.
- Zatsman, I. 2009. Nestatsionarnaya semioticheskaya model' komp'yuternogo kodirovaniya kontseptov, infor- matsionnykh ob"ektov i denotatov [Nonstationary semiotic model of computer coding of concepts, information objects and denotata]. Informatika i ee Primeneniya - Inform. Appl. 3(4):87-101.
- Zatsman, I., and P. Buntman. 2014. Proektirovanie indikatorov monitoringa v sfere nauki: Teoreticheskie osno- vaniya i modeli [Design of indicators for monitoring in science: Theoretical foundations and models]. Ontologiya Proektirovaniya [Ontology of Design] (3):32-51.
- Zatsman, I., N. Buntman, M. Kruzhkov, V. Nuriev, and Anna A. Zalizniak. 2014. Conceptual framework for development of computer technology supporting cross- linguistic knowledge discovery. 15th European Conference on Knowledge Management Proceedings. Reading: Aca-demic Publishing International Ltd. 3:1063-1071.
2
- Zatsman, I., and N. Buntman. 2015. Outlining goals for discovering new knowledge and computerised tracing of emerging meanings discovery. 16th European Conference on Knowledge Management Proceedings. Reading: Aca-demic Publishing International Ltd. 851-860.
- Baars, B., and N. Gage. 2010. Cognition, brain, and con-sciousness: Introduction to cognitive neuroscience. Burling-ton, MA: Academic Press/Elsevier. 677 p.
- Sekerina, I. 2006. Metod vyzvannykh potentsialov mozga v eksperimental'noy psikholingvistike [Method of evoked potentials of brain in experimental psycholinguistics]. Vo-prosy Yazykoznaniya [Topics in the Study of Language] 3:22-45.
- De Charms, R. C. 2008. Applications of real-time fMRI. Nat. Rev. Neurosci. 9(9):720-729.
- Kumaran, D., J. J. Summereld, D. Hassabis, and E. A. Maguire. 2009. Tracking the emergence of conceptual knowledge during human decision-making. Neuron 63(6):889-901.
- Zalizniak, Anna A., I. Zatsman, O. Inkova, and M. Kruzhkov. 2015. Nadkorpusnye bazy dannykh kak lingvisticheskiy resurs [Supracorpus database as linguistic resource]. Tr. 7-y konf. po Korpusnoy Lingvistike [7th
Conference on Corpus Linguistics Proceedings]. St. Pe-tersburg. 211-218.
- Kruzhkov, M. 2015. Informatsionnye resursy kon- trastivnykh lingvisticheskikh issledovaniy: Elektronnye korpusa tekstov [Information resources for contrastive studies: Digital text corpora]. Sistemy i Sredstva Informatiki - Systems and Means of Informatics 25(2):140-159.
- Loiseau, S., D. V. Sitchinava, Anna A. Zalizniak, and
I. M. Zatsman. 2013. Information technologies for cre-ating the database of equivalent verbal forms in the Russian-French multivariant parallel corpus. Informatika i ee Primeneniya - Inform.s Appl. 7(2):100-109.
- Kruzhkov, M. G., N.V. Buntman, E. Ju. Loshchilova,
D. V. Sitchinava, Anna A. Zalizniak, and I. M. Zatsman. 2014. A database of Russian verbal forms and their French translation equivalents. Komp'yuternaya Lingvistika i In- tellektual'nye Tekhnologii. Po mat-lam ezhegodnoy Mezh- dunar. konf. "Dialog-2014" [Computational Linguistics and Intellectual Technologies: Conference (International) "Dialog-2014" Proceedings]. Moscow. 13(20):284-297.
- Buntman, N. V., Anna A. Zaliznyak, I. M. Zatsman, M. G. Kruzhkov, E. Yu. Loshchilova, and D. V. Sitchina- va. 2014. Informatsionnye tekhnologii korpusnykh issle- dovaniy: Printsipy postroeniya krosslingvisticheskikh baz dannykh [Information technologies for corpus studies: Underpinnings for cross-linguistic database creation]. In-formatika i ee Primeneniya - Inform. Appl. 8(2):98-110.
- Gak, V. G. 2006. Russkiy yazyk v sopostavlenii s frantsuzskim [Russian in comparison to French]. Moscow: URSS. 264 p.
- Kouznetsova, I. N. 2009. Grammaire contrastive du francais et du russe. Moscow: Nestor Academic Publs. 272 p.
- Zalizniak, Anna A. Lingvospetsifichnye edinitsy russkogo yazyka v svete kontrastivnogo korpusnogo analiza [Rus-sian language-specific words in light of the contrastive cor-pus analysis]. Komp'yuternaya Lingvistika iIntellektual'nye Tekhnologii. Po mat-lam ezhegodnoy Mezhdunar. konf. "Dialog-2015" [Computational Linguistics and Intellectual Technologies: Conference (International) "Dialog- 2015" Proceedings]. Moscow 14(21):683-695.
[+] About this article
Title
GOAL-ORIENTED PROCESSES OF CROSS-LINGUAL EXPERT KNOWLEDGE CREATION: SEMIOTIC FOUNDATIONS FOR MODELING
Journal
Informatics and Applications
2015, Volume 9, Issue 3, pp 106-123
Cover Date
2015-02-30
DOI
10.14357/19922264150311
Print ISSN
1992-2264
Publisher
Institute of Informatics Problems, Russian Academy of Sciences
Additional Links
Key words
cross-lingual expert knowledge; computer modeling; knowledge creation; interpretation objects; semiotic foundations; models of knowledge creation processes
Authors
I. M. Zatsman
Author Affiliations
Institute of Informatics Problems, Federal Research Center "Computer Science and Control" of the Russian Academy of Sciences, 44-2 Vavilov Str., Moscow 119333, Russian Federation
|