Calibration and Verification of Models Defining Radar-Visibility Zones in Marine Geoinformation Systems. - Sergey Vavilov; Mikhail S. Lytaev (IF&GIS, 2017)

On Application of Parabolic Equation Method to Propagation Modeling in Millimeter-Wave Bands. - Mikhail S. Lytaev; Andrei G. Vladyko (ICUMT, 2018)

Estimation of Emotional Processes in Regulation of the Structural Afferentation of Varying Contrast by Means of Visual Evoked Potentials. - Sergey A. Lytaev; Mikhail Aleksandrov; Mikhail S. Lytaev (AHFE (2), 2019)

Comparative Analysis of Parabolic Equation Method and Longley-Rice Propagation Model. - Mikhail S. Lytaev; Andrei G. Vladyko (ICUMT, 2019)

Automated Selection of the Computational Parameters for the Higher-Order Parabolic Equation Numerical Methods. - Mikhail S. Lytaev (ICCSA (1), 2020)

Chebyshev-Type Rational Approximations of the One-Way Helmholtz Equation for Solving a Class of Wave Propagation Problems. - Mikhail S. Lytaev (ICCS (1), 2021)

An Improved Accuracy Split-Step Padé Parabolic Equation for Tropospheric Radio-Wave Propagation. - Mikhail S. Lytaev (ICCSA (1), 2021)

Numerical Approximation of the One-Way Helmholtz Equation Using the Differential Evolution Method. - Mikhail S. Lytaev (ICCS (1), 2022)

Interval Approximation of the Discrete Helmholtz Propagator for the Radio-Wave Propagation Along the Earth's Surface. - Mikhail S. Lytaev (ICCSA (1), 2022)

Rational interpolation of the one-way Helmholtz propagator. - Mikhail S. Lytaev (J. Comput. Sci., 2022)

Computational Grid Optimization for the 3D Higher-Order Parabolic Equation. - Mikhail S. Lytaev (ICCSA (1), 2023)

Reducing the numerical dispersion of the one-way Helmholtz equation via the differential evolution method. - Mikhail S. Lytaev (J. Comput. Sci., 2023)

Wave Source Localization Among Multiple Knife-Edges. - Mikhail S. Lytaev (ICCSA (1), 2024)

Neural Parabolic Wave Equation for Refractivity Estimation. - Mikhail S. Lytaev (ICCS (1), 2025)