| Issue Date | Title | Author(s) |
| 2021 | Application of machine learning methods in modeling hydrolithospheric processes | Drovosekova, T. I.; Дровосекова, Т. И.; Pershin, I. M.; Першин, И. М. |
| 2018 | Conditions of application of distributed systems synthesis methods to multidimensional object | Pershin, I. M.; Першин, И. М. |
| 2021 | Design of a distributed debit management network of operating wells of deposits of the CMW region | Pershin, I. M.; Першин, И. М. |
| 2023 | Design of a Software Complex for Control of Induction Equipment of Metallurgical Manufacture using Systems Theory | Pershin, I. M.; Першин, И. М. |
| 2023 | Design of Induction Equipment Complex using the Theory of Distributed Parameter Systems | Pershin, I. M.; Першин, И. М. |
| 2019 | Designing a control system for underground water intakes | Pershin, I. M.; Першин, И. М. |
| 2021 | Designing of distributed systems of hydrolithosphere processes parameters control for the efficient extraction of hydromineral raw materials | Pershin, I. M.; Першин, И. М.; Tsapleva, V. V.; Цаплева, В. В. |
| 2020 | Development of a distributed system of control of the supply of the coolant in steam generator installations | Pershin, I. M.; Першин, И. М. |
| 2019 | Distributed control systems designing | Pershin, I. M.; Першин, И. М.; Tsapleva, V. V.; Цаплева, В. В. |
| 2020 | Exponential stability regions estimation of nonlinear dynamical systems | Pershin, I. M.; Першин, И. М. |
| 2020 | General principles for designing distributed control systems | Pershin, I. M.; Першин, И. М.; Papush, E. G.; Папуш, Е. Г. |
| 2023 | Methodology for Designing Distributed Self-tuning Control Systems | Pershin, I. M.; Першин, И. М.; Tsapleva, V. V.; Цаплева, В. В. |
| 2022 | Modeling a production well flow control system using the example of the Verkhneberezovskaya Area | Makarova, A. A.; Макарова, А. А.; Kaliberda, I. V.; Калиберда, И. В.; Pershin, I. M.; Першин, И. М. |
| 2021 | Modeling of a decision support system for a psychiatrist based on the dynamics of electrical conductivity parameters | Pershin, I. M.; Першин, И. М. |
| 2023 | Modeling of Distributed Control System for Network of Mineral Water Wells | Pershin, I. M.; Першин, И. М.; Papush, E. G.; Папуш, Е. Г. |
| 2019 | Operational control of underground water exploitation regimes | Pershin, I. M.; Першин, И. М.; Papush, E. G.; Папуш, Е. Г.; Malkov, A. V.; Малков, А. В. |
| 2016 | Peculiarities of modelling hydro-lithospheric processes in the region of Kavkazskiye Mineralnye Vody (caucasus mineral springs) | Drovosekova, T. I.; Дровосекова, Т. И.; Pershin, I. M.; Першин, И. М. |
| 2024 | Research on Hydrolithospheric Processes Using the Results of Groundwater Inflow Testing | Pershin, I. M.; Першин, И. М.; Tsapleva, V. V.; Цаплева, В. В. |
| 2019 | The influence of finishing materials on the formation and propagation of acoustic resonant waves from external sources of noise in a closed room | Sidyakin, P. A.; Сидякин, П. А.; Belaya, E. N.; Белая, Е. Н.; Shchitov, D. V.; Щитов, Д. В.; Pershin, I. M.; Першин, И. М. |
| 2019 | The study of periodic effects on parameters of hydrolytospheric processes | Pershin, I. M.; Першин, И. М.; Malkov, A. M.; Малков, А. М.; Drovosekova, T. I.; Дровосекова, Т. И. |
