| Issue Date | Title | Author(s) |
| 2023 | A deep learning method based on language models for processing natural language Russian commands in human robot interaction | Sboev, A. G.; Gryaznov, A. V.; Rybka, R. B.; Skorokhodov, M. S.; Moloshnikov, I. A. |
| 2024 | A graph-based approach to closed-domain natural language generation | Firsanova, V. I. |
| 2024 | ASAWEC: towards a corpus of Arab scholars' academic written English | Sanosi, A. B.; Mohammed, A. S. E. |
| 2022 | Boosting Speech-to-Text software potential | Biktimirov, A. R.; Gruzdev, D. Y. |
| 2023 | Classification of Russian textbooks by grade level and topic using ReaderBench | Paraschiv, A.; Dascalu, M.; Solnyshkina, M. I. |
| 2023 | Directive constructions in educational video blogs: a study of cross-cultural features | Khoutyz, I. P. |
| 2022 | English-Indonesian crisis translation: accuracy and adequacy of Covid-19 terms translated by three MT tools | Nugraha, D. S.; Dewanti, R. |
| 2014 | Esoteric programming languages as a state-of-the-art semiotic trend | Zabenkov, A. A.; Morel Morel, D. A. |
| 2021 | Leveraging VBA in translation | Gruzdev, D. Y.; Dyomochkina, V. V.; Makarenko, A. S. |
| 2014 | Machine translation technologies used in online translation industry | Gimazitdinov, E. I.; Morel Morel, D. A. |
| 2014 | Peculiarities of machine translation technologies implementation in major on-line translators: comparative study | Gimazitdinov, E. I.; Morel Morel, D. A. |
| 2023 | Rhetorical structure of research paper introductions in computer science: a comparative analysis. | Aleshinskaya, E. V. |
| 2014 | Speech-to-speech real-time translation | Bukreev, P. E.; Morel Morel, D. A. |
| 2014 | The role of electronic dictionaries in language acquisition, translation and intercultural communication | Budykina, V. G. |
