Mechanism for robust dataflow operation on smart spaces. - Ilya V. Paramonov; Andrey Vasilev; Sergey I. Balandin (FRUCT, 2012)

Preprocessor based approach for cross-platform development with Qt quick components. - Ilya V. Paramonov; Andrew Vasilev; Denis Laure; Nikita Kozhemyakin (FRUCT, 2012)

Mobile phone sensors in health applications. - Evgeny Stankevich; Ilya V. Paramonov; Ivan Timofeev (FRUCT, 2012)

Event recording system for smart space applications. - Andrey Vasilev; Egor Krylov; Alexey Subbotkin; Ilya V. Paramonov (FRUCT, 2012)

Context capturing in smart space applications. - Andrey Vasilev; Ilya V. Paramonov; Sergey I. Balandin; Ekaterina Dashkova; Yevgeni Koucheryavy (Netw. Protoc. Algorithms, 2012)

RoDaFlow: A framework for development of dataflow network agents in Smart-M3 with substitution method. - Denis Laure; Ilya V. Paramonov (FRUCT, 2013)

Improved algorithm for heart rate measurement using mobile phone camera. - Denis Laure; Ilya V. Paramonov (FRUCT, 2013)

Medicine tracker for Smart TV. - Murad Yusufov; Ilya V. Paramonov; Ivan Timofeev (FRUCT, 2013)

Mechanism for context-aware substitution of Smart-M3 agents based on dataflow network model. - Andrey Vasilev; Ilya V. Paramonov; Sergey I. Balandin; Ekaterina Dashkova; Yevgeni Koucheryavy (ICUMT, 2013)

Agent Substitution Mechanism for Dataflow Networks: Case Study and Implementation in Smart-M3. - Ilya V. Paramonov; Andrey Vasilev; Denis Laure; Ivan Timofeev (NEW2AN, 2013)

Automated approach for rhythm analysis of french literary texts. - Elena I. Boychuk; Ilya V. Paramonov; Nikita Kozhemyakin; Natalia Kasatkina (FRUCT, 2014)

An approach to automated thesaurus construction using clusterization-based dictionary analysis. - Nadezhda S. Lagutina; Ilya V. Paramonov; Inna A. Vorontsova; Natalia Kasatkina (FRUCT, 2015)

A conceptual framework for development of context-aware location-based services on smart-M3 platform. - Ilya V. Paramonov; Andrey Vasilyev; Eldar Mamedov (FRUCT, 2015)

Smart Spaces Enabled Mobile Healthcare Services in Internet of Things Environments. - Dmitry G. Korzun; Alexander V. Borodin; Ilya V. Paramonov; Andrey Vasilyev; Sergey I. Balandin (Int. J. Embed. Real Time Commun. Syst., 2015)

Analysis of relation extraction methods for automatic generation of specialized thesauri: Prospect of hybrid methods. - Ksenia V. Lagutina; Eldar Mamedov; Nadezhda S. Lagutina; Ilya V. Paramonov; Ivan Shchitov (FRUCT, 2016)

Cross-platform development for Sailfish OS and Android: Architectural patterns and "dictionary trainer" application case study. - Denis Laure; Andrey Vasilyev; Ilya V. Paramonov; Natalia Kasatkina (FRUCT, 2016)

Recommendation service for smart space-based personalized healthcare system. - Ilya V. Paramonov; Andrey Vasilyev (FRUCT, 2016)

Thesaurus-Based Method of Increasing Text-via-Keyphrase Graph Connectivity During Keyphrase Extraction for e-Tourism Applications. - Ilya V. Paramonov; Ksenia V. Lagutina; Eldar Mamedov; Nadezhda S. Lagutina (KESW, 2016)

Applicability of Automatically Generated Thesauri to Text Classification in Specific Domains. - Ksenia V. Lagutina; Ivan Shchitov; Nadezhda S. Lagutina; Ilya V. Paramonov (AIST (Supplement), 2017)

Sentiment classification of long newspaper articles based on automatically generated thesaurus with various semantic relationships. - Ivan Shchitov; Ksenia V. Lagutina; Nadezhda S. Lagutina; Ilya V. Paramonov (FRUCT, 2017)

A survey on thesauri application in automatic natural language processing. - Ivan Shchitov; Ksenia V. Lagutina; Nadezhda S. Lagutina; Ilya V. Paramonov; Andrey Vasilyev (FRUCT, 2017)

Method and tools for automated end-to-end testing of applications for sailfish OS. - Andrey Vasilyev; Ilya V. Paramonov; Sergey Averkiev (FRUCT, 2017)

Automated Analysis of Micro-contexts of Word for Construction of Its Lexicographic Description. - Nadezhda S. Lagutina; Yuliya Tsofina; Ilya V. Paramonov; Ksenia V. Lagutina; Natalia Kasatkina (AIST (Supplement), 2018)

Sentiment Classification of Russian Texts Using Automatically Generated Thesaurus. - Ksenia V. Lagutina; Vladislav Larionov; Vladislav Petryakov; Nadezhda S. Lagutina; Ilya V. Paramonov (FRUCT, 2018)

A Survey on Stylometric Text Features. - Ksenia V. Lagutina; Nadezhda S. Lagutina; Elena I. Boychuk; Inna A. Vorontsova; Elena Shliakhtina; Olga Belyaeva; Ilya V. Paramonov; P. G. Demidov (FRUCT, 2019)

Sentiment Classification into Three Classes Applying Multinomial Bayes Algorithm, N-Grams, and Thesaurus. - Ksenia V. Lagutina; Vladislav Larionov; Vladislav Petryakov; Nadezhda S. Lagutina; Ilya V. Paramonov; Ivan Shchitov (FRUCT, 2019)

Russian-Language Thesauri: Automatic Construction and Application for Natural Language Processing Tasks. - Nadezhda S. Lagutina; Ksenia V. Lagutina; A. S. Adrianov; Ilya V. Paramonov (Autom. Control. Comput. Sci., 2019)

Analysis of Influence of Different Relations Types on the Quality of Thesaurus Application to Text Classification Problems. - Nadezhda S. Lagutina; Ksenia V. Lagutina; Ivan Shchitov; Ilya V. Paramonov (Autom. Control. Comput. Sci., 2019)

The Influence of Different Stylometric Features on the Classification of Prose by Centuries. - Ksenia V. Lagutina; Nadezhda S. Lagutina; Elena I. Boychuk; Ilya V. Paramonov (FRUCT, 2020)

Automatic Extraction of Rhythm Figures and Analysis of Their Dynamics in Prose of 19th-21st Centuries. - Ksenia V. Lagutina; Anatoliy Y. Poletaev; Nadezhda S. Lagutina; Elena I. Boychuk; Ilya V. Paramonov (FRUCT, 2020)

Automated Rhythmic Device Search in Literary Texts Applied to Comparing Original and Translated Texts as Exemplified by English to Russian Translations. - Nadezhda S. Lagutina; Ksenia V. Lagutina; Elena I. Boychuk; Inna A. Vorontsova; Ilya V. Paramonov (Autom. Control. Comput. Sci., 2020)

Authorship Verification of Literary Texts with Rhythm Features. - Ksenia V. Lagutina; Nadezhda S. Lagutina; Elena I. Boychuk; Vladislav Larionov; Ilya V. Paramonov (FRUCT, 2021)

Adaptation of Semantic Rule-Based Sentiment Analysis Approach for Russian Language. - Ilya V. Paramonov; Anatoliy Y. Poletaev (FRUCT, 2021)

Automatic Irony and Sarcasm Detection in Russian Sentences: Baseline Methods. - Maksim A. Kosterin; Ilya V. Paramonov; Nadezhda S. Lagutina (FRUCT, 2023)

Neural Network Sentiment Classification of Russian Sentences into Four Classes. - Maksim A. Kosterin; Ilya V. Paramonov (Autom. Control. Comput. Sci., 2023)

Recursive Sentiment Detection Algorithm for Russian Sentences. - Anatoliy Y. Poletaev; Ilya V. Paramonov (Autom. Control. Comput. Sci., 2023)

Application of Deep Neural Networks for Automatic Irony Detection in Russian-Language Texts. - Maksim A. Kosterin; Ilya V. Paramonov (Autom. Control. Comput. Sci., 2024)

Annotation of Text Corpora by Sentiment and Irony in a Project of Citizen Science. - Ilya V. Paramonov; Anatoliy Y. Poletaev (Autom. Control. Comput. Sci., 2024)

Semantic Rule-Based Sentiment Detection Algorithm for Russian Publicism Sentences. - Anatoliy Y. Poletaev; Ilya V. Paramonov; Elena I. Boychuk (Autom. Control. Comput. Sci., 2024)