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Results: 19

• Artificial Intelligence

• Artificial Intelligence

• Artificial Intelligence

• Artificial Intelligence

• Artificial Intelligence

• Artificial Intelligence

• Neuro-iterative method for reconstruction of distributed physical fields

  ... Application of algebraic and neural-like methods for reconstruction of distribution functions of physical fields // Optical Memory & Neural Networks. 2003. Vol. 12, № 4. P. 283—297. Denisov I. information processing, distributed physical fields, artificial intelligence systems, iterative methods, fiber-optical tomography 155-160

• Role visual models of the functional hybrid intelligent system with the heterogeneous visual field

  The paper presents role visual models of a homogeneous and heterogeneous problem, an autonomous and integrated method, an element that is an expert of collective intelligence, a functional hybrid intelligent system that is artificial collective intelligence. The proposed models are the basis for visual modeling of hybrid intelligent systems that dynamically synthesize an integrated model and method over heterogeneous model and visual fields and simulate the cooperation, relativity and complementarity ...

• Integrated approach to solving routing problem

  ... is presented. We offer to determine the optimal path, based on a new technology - evolutionary modeling by the using of methods inspired by natural systems. The critical issue is a reconciliation of the concepts of biology, information technology and artificial intelligence 1. Чернышев Ю. О., Басова А. В., Полуян А. Ю. Решение задач транспортного типа генетическими алгоритмами. Ростов н/Д, 2008. 2. Курейчик В. ...

• About one training course introduction to specialty on mathematics

  Author's program of a mathematical course of introduction to specialty is submitted. The program consists of four sections: formal logical system and functions, numerical system and number systems, artificial intelligence and fuzzy operators, programming paradigms: procedural, logical and functional. 1. Мациевский С. В. Высшая математика для гуманитариев : учеб. пособие. Калининград, 2010....

• Example of computer vision system based on neural network classificator

  ... Хайкин С. Нейронные сети : полный курс. М., 2006. 5. Yoshua Bengio. Learning deep architectures for AI, foundations and trends® in machine learning. 2009. Vol. 2, №. 1. P. 1—127. Prooks V. computer vision system, artificial intelligence, neural network, image recognition, object detection, cell counting. 99-103

• The technical neural system for mobile robots

  ... Д. Зрение. Информационный подход к изучению представления и обработки зрительных образов / пер. с англ. М., 1987. Prooks V., Prooks A. computer vision system, artificial intelligence, technical neural system, adaptive control system, Kaczmarz method, neural network. 150-155

• A semiotic approach to construction of information systems in the field of security

  ... Динамические интеллектуальные системы // Искусственный интеллект и принятие решений. 2008. № 1. С. 4—14. Berezkin D. semiotic systems, risk and threats models, knowledge extraction, artificial intelligence, decision support systems, expert systems 47-57

• The development of ICT competences in the bachelor of management studies

  ....: Экономика и управление. 2012. № 3(10). С. 59—64. 14. Solovey M. Realization of Interdisciplinary Links between Disciplines Connected to Information Technologies // 2nd International Conference “Methods and Instruments of Artificial Intelligence”. Rzeszów, 2010. Р. 103—106. Solovey M. competence, interdisciplinary communication, discipline, algorithm, information and communications technologies, bachelor 71-79

• Forensic Thinking and Crime Investigation Programming

  ... thinking structure and avenues to study this phenomenon. The methods to explore forensic thinking include forensic, philosophical, neurophysiological, and psychological approaches and the study of thinking through the prism of its relationship with artificial intelligence. 1. Anderson J. R., Fincham J. M. Discovering the Sequential Structure of Thought // Cognitive Science. 2013. Vol. 37, iss. 6. P. 1—31. 2. Алгоритмизация следственной деятельности : монография ...

• Ideas of Kant’s theoretical philosophy in Peirce’s graph theory

  ... Signs of Logic. Peircean Themes on the Philosophy of Language, Games, and Communication, Dordrecht, Springer. 18. Øhrstrøm, P., 1997, C. S. Peirce and the quest for gamma graphs, in Conceptual Structures: Fulfilling Peirce’s Dream, Lecture Notes in Artificial Intelligence 1257, pp. 357—370, Berlin, Springer. 19. Roberts, D., 1973, The Existential Graphs of Charles S. Peirce, The Hague, Paris, Mouton. 20. Sowa, J., 2011, Cognitive Architectures For Conceptual Structures, in S. Andrews, S. Polovina, R. Hill,...

• The text in the context of the Tartu Semiotic School: problems and prospects

  ... [Transactionses on Sign Systems], 8, pp. 65—89 (in Russ.). Lotman, Yu. M., 1977b. Text and audience structure. Trudy po znakovym sistemam [Transactionses on Sign Systems], 9, pp. 51—61 (in Russ.). Lotman, Yu. M., 1981. The brain — text — culture — artificial intelligence. Semi­otika i informatika [Semiotics and Computer Science], 1, pp. 13—17 (in Russ.). Lotman, Yu. M., 1993. Death as a plot issue. In: Studies in Slavic Literature and Po­etics. Vol. XX: Literary Tradition and Practice in Russian Culture: ...

• Kant’s transcendentalism and concept of the thing in itself

  ... In: Kant, I. Sobranie sochinenij v 8 tomah. [Works in 8 volumes], vol. 3. 29. Katrechko, S. L. 2005, Kantovskaja koncepcija soznanija (poznanija) kak model' «iskusstvennogo intellekta» [Kant’s concept of consciousness (knowledge) as model of "artificial intelligence"], in: Novoe v iskusstvennom intellekte. Metodologicheskie i teoreticheskie voprosy. M. : IInteLL, P. 137—140. 30. Katrechko, S. L. 2014a, Transcendentalizm Kanta kak transcendental'naja paradigma filosofstvovanija [Kant’s transcendentalism ...

• Opportunities for sustainable economic development of the coastal territories of the Baltic Sea Region in the context of digital transformation

  ... G. A. 2012, Sustainable development of a region: innovations, economic security, competitiveness, Economika regiona [Economy of a region], no. 3, p. 68—77. 20. Munim, Z. H., Dushenko, M., Jimenez, V. J., Shakil, M. H., Imset, M. 2020, Big data and artificial intelligence in the maritime industry: a bibliometric review and future research directions, Maritime Policy & Management, vol. 47, no. 5, p. 577—597. doi: 10.1080/03088839.2020.1788731. 21. Gabryelczyk, R. 2020, Has COVID-19 Accelerated Digital Transformation?...