Iaroslav V. Lytvynenko

Publication Activity (10 Years)

Years Active: 2014-2021
Publications (10 Years): 8

Top Topics

Mathematical Model

Reconstruction Process

Diagnostic Knowledge

Statistical Significance

Top Venues

Autom. Control. Comput. Sci.

Publications

Serhii A. Lupenko, Iaroslav V. Lytvynenko, Andrii Sverstiuk, Borys Shelestovskyi, Andrii Horkunenko
Software for Statistical Processing and Modeling of a Set of Synchronously Registered Cardio Signals of Different Physical Nature. CMIS (2021)
Serhii A. Lupenko, Nataliia Stadnyk, Iaroslav V. Lytvynenko, Andriy Zozulia
Model of Signals With Double Stochasticity in the Form of a Conditional Cyclic Random Process. ICTES (2020)
Andriy Zozulia, Iaroslav V. Lytvynenko, Nadiia Lutsyk, Serhii A. Lupenko, Oleh Yasniy
Method of Automatic Rhythmcardiogram Formation with the Increased Informativeness by Means of the Electrocardiogram Processing. ACIT (2020)
Iaroslav V. Lytvynenko, Serhii A. Lupenko, Vyacheslav Kharchenko, Andrii Horkunenko, Andrii Zozulia
Approaches to Statistical Processing of Rhythmocardiosignal with Increased Resolution. ICST (2020)
Serhii A. Lupenko, Iaroslav V. Lytvynenko, Nataliia Stadnyk, Halyna Osukhivska, Natalia Kryvinska
Modification of the Software System for the Automated Determination of Morphological and Rhythmic Diagnostic Signs by Electrocardio Signals. IntelITSIS (2020)
Petro Onyskiv, Iaroslav V. Lytvynenko, Serhii A. Lupenko, Andriy Zozulia
Mathematical Modeling And Processing Of High Resolution Rhythmocardio Signal Based On A Vector Of Stationary And Stationary Related Random Sequences. IDDM (2020)
Serhii A. Lupenko, Iaroslav V. Lytvynenko, Nataliia Stadnyk
Method of Statistical Processing of Discrete Cycle Random Processes, by their Reduction to Isomorphic Periodic Random Sequences. ACIT (2020)
Iaroslav V. Lytvynenko, Andrii Horkunenko, Oleksandra Kuchvara, Yuri Palaniza
Methods of Processing Cyclic Signals in Automated Cardiodiagnostic Complexes. ICTES (2019)
Iaroslav V. Lytvynenko, P. O. Maruschak, Serhii A. Lupenko
Processing and modeling of ordered relief at the surface of heat-resistant steels after laser irradiation as a cyclic random process. Autom. Control. Comput. Sci. 48 (1) (2014)