cyberspaceФилософские проблемы информационных технологий и киберпространстваPhilosophical Problems of IT & Cyberspace (PhilIT&C)2305-3763Пятигорский государственный университет10.17726/philIT.2023.1.2cyberspace-269Research ArticleСтатьиМожет ли машина обонять? Проблема универсального ольфакторного словаряCan the machine smell? The problem of the universal olfactory dictionaryВелисЛ. А.VelisL. A.

Велис Лолита Андреевна, магистрантка кафедры германистики  и межкультурной коммуникации

Пятигорск

Velis Lolita A., Master student of the Department of German Studies and intercultural communication

Pyatigorsk

lolla-99@mail.ruПятигорский государственный университетРоссияPyatigorsk State UniversityRussian Federation202326062023011426Copyright © Велис Л.А., 20232023Велис Л.А.Velis L.A.Данная работа распространяется под лицензией Creative Commons Attribution 4.0.This work is licensed under a Creative Commons Attribution 4.0 License.https://cyberspace.pgu.ru/jour/article/view/269

В исследованиях, посвященных технологиям, многое достигнуто в области визуального и аудиального анализа в сравнении с восприятием запахов. В данной статье рассматриваются последние достижения в сфере электронных технологий (E-nose), применяемых для распознавания ольфакторного кода. Все исследования условно можно разделить по целям на: 1) направленные на практическое применение электронных систем в таких областях, как пищевая промышленность, медицина, окружающая среда и т.д.; 2) имеющие целью изучение когнитивных процессов и психоэмоциональных реакций человека при ольфакторном опыте, а также способности машины предопределять реакции человека на различные запахи. В данном случае важную роль играет язык, выступающий в роли репрезентации ольфакторных ощущений. Все более востребованными становятся методы концептуально-семантического анализа в работах, посвященных машинному распознаванию ольфакторного кода.

In technology research, much has been achieved in the field of visual and auditory analysis as compared to the perception of smells. This article discusses the latest advances in the field of electronic (E-nose) used to recognize the olfactory code. All studies can be conditionally divided according to the goals into: 1. Research aimed at the practical application of electronic systems in areas such as food industry, medicine, the environment, etc. 2. Research aimed at cognitive processes and psycho-emotional reactions of a person during olfactory experience, as well as the ability of a machine to predetermine human reactions to various smells. In this case, an important role is played by language, which acts as a representation of olfactory sensations. The methods of conceptual and semantic analysis are becoming more and more in demand in studies devoted to machine recognition of the olfactory code.

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The authors declare that there are no conflicts of interest present.