Browsing by Author Tymkiv, Pavlo
Showing results 1 to 9 of 9
Type | Issue Date | Date of entry | Title | Author(s) |
Article | 16-apr-2019 | 15-aug-2019 | Adaptation of the neyman-pearson criteria for assessing the reliability of the choice of the method for determining the coefficients of the mathematical model of low-intensity electroretinosignal | Тимків, Павло Олександрович; Tymkiv, Pavlo |
Conference Abstract | 15-des-2021 | 28-des-2021 | Analysis of the complexity of algorithms for finding the coefficients of the mathematical model of lowintensity electroretinosignal | Tymkiv, Pavlo |
Conference Abstract | mai-2020 | 23-jun-2020 | Application of Hooke-Jeeves algorithm for electroretinosignal processing | Тимків, Павло Олександрович; Tymkiv, Pavlo; Демчук, Любомир Богданович; Demchuk, L.B. |
Conference Abstract | 26-mai-2019 | 25-jun-2019 | Multicomponent Model of the Heart Rate Variability Change-point | Leshchyshyn, Yuriy; Scherbak, Leonid; Nazarevych, Oleg; Gotovych, Volodymyr; Tymkiv, Pavlo; Shymchuk, Grigorii |
Article | des-2024 | 30-des-2024 | Optimization methods for parameter identification model of test electroretinosignal to assess neurotoxicity risks | Tymkiv, Pavlo; Tkachuk, Roman; Yanenko, Oleksiy |
Conference Abstract | 22-nov-2022 | 15-des-2022 | Problems of modeling low-intensity electroretinal signal for assessing the risks of neurotoxication | Tkachuk, Roman; Tymkiv, Pavlo |
Conference Abstract | 20-jun-2019 | 15-jul-2019 | ROC-аналіз методів параметричної ідентифікації обчислювальної моделі низькоінтенсивного електроретиносигналу | Тимків, Павло Олександрович; Демчук, Любомир; Tymkiv, Pavlo; Demchuk, Liubomyr |
Conference Abstract | 2-okt-2024 | 16-des-2024 | Smart Prosthetics in Surgery: AI-Driven Tactile Feedback Using Piezoelectric Sensors | Tymkiv, Pavlo; Kłos-Witkowska, Aleksandra; Bahrii-Zaiats, Oksana; Kovalyk, Serhii |
Conference Abstract | 8-jun-2017 | 28-feb-2018 | Удосконалення методу опрацювання низькоінтенсивного електроретиносигналу | Тимків, Павло Олександрович; Tymkiv, Pavlo |