Cluster Computing Using Orders Based Transparent Parallelizing. - Vitaliy D. Pavlenko; Victor V. Burdejnyj (ISTA, 2007)

Cluster computing framework based on transparent parallelizing technology. - Vitalij D. Pavlenko; Viktor Burdeinyi (EWDTS, 2010)

Modelling of radio-frequency communication channels using Volterra model. - Vitaliy D. Pavlenko; Viktor O. Speranskyy; Volodymyr I. Lomovoy (IDAACS (2), 2011)

Interpolation method of nonlinear dynamical systems identification based on volterra model in frequency domain. - Vitaliy D. Pavlenko; Sergei Pavlenko; Viktor O. Speranskyy (IDAACS, 2013)

Noise Immunity Research for nonlinear dynamical Systems identification based on Volterra Model in frequency Domain. - Vitaliy Pavlenko 001; Sergei Pavlenko; Viktor O. Speranskyy (Int. J. Comput., 2014)

Technology of intelligent diagnostics based on Volterra kernels moments. - Oleksandr Fomin; Andrew Medvedev; Vitaliy D. Pavlenko (IDAACS, 2015)

The engineering software tools for nonlinear dynamical systems identification based on Volterra models in frequency domain. - Vitalij D. Pavlenko; Viktor O. Speranskyy; Mykola Dombrovskyi (IDAACS, 2015)

Construction of diagnostic features space using Volterra kernels moments. - Oleksandr Fomin; Vitaliy D. Pavlenko (MMAR, 2015)

Diagnostic features space construction using Volterra kernels wavelet transforms. - Andrey Medvedew; Oleksandr Fomin; Vitaliy D. Pavlenko; Viktor O. Speranskyy (IDAACS, 2017)

Estimation of the multidimensional dynamical characteristic eye-motor system. - Vitaliy Pavlenko 001; Illia Ivanov; Evgeny Kravchenko (IDAACS, 2017)

Biometric Identification via Oculomotor System Based on the Volterra Model. - Vitaliy Pavlenko 001; Tetyana Shamanina; Vladislav Chori (IDAACS, 2021)

Eye Tracking in the Study of Cognitive Processes. - Vitaliy Pavlenko 001; Tetyana Shamanina (COLINS, 2022)

Eye-Tracking Technology and its Application in Neuroscience. - Vitaliy Pavlenko 001; Tetiana Shamanina; Vladyslav Chori (IDAACS, 2023)

Analysis of The Accuracy of Simulating the Human Eye Movement System Based on Volterra Models. - Vitaliy D. Pavlenko; Denys Lukashuk (IT&I, 2024)