Numerical Analysis of the Model of Optimal Consumption and Borrowing with Random Time Scale. - Aleksandra A. Zhukova; Igor G. Pospelov (NUMTA (2), 2019)

Modelling the system of agents in the presence of random moments of transactions. - Aleksandra A. Zhukova; Igor G. Pospelov (CoDIT, 2020)

Model of optimal producer's behavior in the presence of random moments of receiving loans and investment. - Igor G. Pospelov; Aleksandra A. Zhukova (ECC, 2020)

Application of Machine Learning in the producer's optimal control problem with non-stable demand. - Aleksandr Delev; Aleksandra A. Zhukova; Anna Flerova (CoDIT, 2022)

Numerical Analysis of the Model of Optimal Savings and Borrowing. - Alexey Chernov; Aleksandra A. Zhukova (OPTIMA, 2022)

Analysis of the Model of Optimal Expansion of a Firm. - Anna Flerova; Aleksandra A. Zhukova (OPTIMA (2), 2022)

Multi-Agent Economic Modeling Automation Technologies. - Aleksandra A. Zhukova; Nikolai P. Pilnik; Ivan G. Kamenev; Batyrzhan B. Iusup-Akhunov (CoDIT, 2023)

Numerical Analysis of Optimal Control of Assets and Liabilities by a Bank. - Aleksandra A. Zhukova; Anna Flerova; Alexey Chernov (NUMTA (1), 2023)

Application of Optimization Methods in Solving the Problem of Optimal Control of Assets and Liabilities by a Bank. - Alexey Chernov; Anna Flerova; Aleksandra A. Zhukova (OPTIMA, 2023)

One example of a k-order state-constrained control problem. - Dmitry Karamzin; Aleksandra A. Zhukova (CoDIT, 2024)

Prototype for the Model-Based Assets and Liabilities Management Support System. - Aleksandra A. Zhukova; Anna Flerova; Maxim Tarasenko; Alexey Chernov; Ruslan F. Gabbasov (CoDIT, 2024)

Optimal Timing of Investment and Debt Payment in Production Expansion with the Use of External Financing. - Anna Flerova; Aleksandra A. Zhukova (OPTIMA, 2024)

Approaches to numerical analysis of optimal control with linear phase constraints on the example of the assets and liabilities management by a bank. - Aleksandra A. Zhukova; Anna Flerova; Alexey Chernov; Georgy Milyuchikhin (J. Comput. Appl. Math., 2025)