Neural model of conveyor type transport system. - Oleh Pihnastyi; Valery Khodusov (CMIS, 2020)

An Analytical Method for Generating a Data Set for a Neural Model of a Conveyor Line. - Oleh Pihnastyi; Georgii Kozhevnikov; Tetiana Bondarenko (DESSERT, 2020)

Conveyor Model with Input and Output Accumulating Bunker. - Oleh Pihnastyi; Georgii Kozhevnikov; Valery Khodusov (DESSERT, 2020)

Linear Regression Model of the Conveyor Type Transport System. - Oleh Pihnastyi; Valery Khodusov; Sergey Subbotin 001 (ICST, 2020)

Development of the Controlling Speed Algorithm of the Conveyor Belt Based on TOU-Tariffs. - Oleh Pihnastyi; Valery Khodusov (ICTES, 2020)

Improving the Prediction Quality for a Multi-Section Transport Conveyor Model Based on a Neural Network. - Oleh Pihnastyi; Olha Ivanovska (IT&I, 2021)

Choosing the Optimal Quantity of Factors for Prediction the Severity of Bronchial Asthma in Children Using Linear Regression Models. - Oleh Pihnastyi; Olga Kozhyna; Tetiana Kulik (ITTAP, 2021)

Analysis of a Dataset for Modeling a Transport Conveyor. - Oleh Pihnastyi; Anna Burduk (ITTAP, 2022)

Linear Regression Approximate Models for Predicting Severe Course of Bronchial Asthma. - Oleh Pihnastyi; Olha Kozhyna; Tetiana Kulik (ITTAP, 2022)

Linear Regression Models for Bronchial Asthma Severity Prediction based on TSLP. - Oleh Pihnastyi; Olha Kozhyna; Kostiantyn Voloshyn (ICST, 2023)

Method for Determining Statistical Characteristics of Input Material Flows of Transport Conveyor. - Oleh Pihnastyi; Maksym Sobol (ICST, 2023)

Development of a Method for Generating Material Input Flow for Transport Conveyor Using Experimental Data. - Oleh Pihnastyi; Maksym Sobol; Anna Burduk (ITTAP, 2023)

Use of Neural Network-based Models to Predict the Severity of Bronchial Asthma in Children. - Oleh Pihnastyi; Olha Kozhyna; Iuliia Karpushenko (CMIS, 2024)

Predictive analysis of the interval material flow rates in transport conveyors based on experimental data. - Oleh Pihnastyi; Maksym Sobol; Anna Burduk (ICST, 2024)

Neural network-based approach for predicting the flow material in transport systems. - Oleh Pihnastyi; Victoriya Usik; Georgii Kozhevnikov; Oleksii Matiash (ICST, 2024)

The selection of a structure of a neural network model for predicting the flow parameters of transport systems. - Oleh Pihnastyi; Georgii Kozhevnikov; Bohdan Fedorchak (ITTAP, 2024)

Comparative analysis of models for assessing asthma severity based on paraclinical studies. - Oleh Pihnastyi; Olha Kozhyna; Iuliia Karpushenko (ITTAP, 2024)

Improving the Efficiency of Production Processes by Reducing Human Errors Using Intelligent Methods. - Kamil Musial; Artem Balashov; Anna Burduk; Robert Sulowski; Oleh Pihnastyi (SOCO (1), 2024)

An analysis of training of a multilayer perceptron for calculating the flow parameters of a conveyor. - Oleh Pihnastyi; Victoriya Usik; Georgii Kozhevnikov (SMARTINDUSTRY, 2025)