The Application of the Region Growing Method to the Determination of Arterial Changes. - Ewelina Sobotnicka; Aleksander Sobotnicki; Krzysztof Horoba; Piotr Porwik (ICCCI (2), 2016)

Detection of aorta anatomical structures characterized by various levels of pixel intensity. - Ewelina Sobotnicka; Janusz Wrobel; Aleksander Sobotnicki (MIXDES, 2016)

Bioimpedance spectroscopy monitoring - Designing challenges and description of the acquired results. - Barbara Szuster; Zbigniew Szczurek; Dawid Roj; Aleksander Sobotnicki; Pawel Kowalski (MIXDES, 2017)

Tests for Pilots under Simulated Hypergravity Conditions - Technological Challenges and Tesearch Methodology. - Ewelina Sobotnicka; Aleksander Sobotnicki; Marek Czerw; Grzegorz Badura; Mariusz Sobiech; Mariusz Krej; Liana Puchalska; Lukasz Dziuda (MIXDES, 2018)

Methods to Assess Self-regulatory Mechanisms of the Cardiovascular System under Simulated Hypergravity Conditions. - Ewelina Sobotnicka; Aleksander Sobotnicki; Marek Czerw; Grzegorz Badura; Mariusz Krej; Liana Puchalska; Krzystof Kowalczuk; Stefan Gazdzinski; Lukasz Dziuda (MIXDES, 2019)

Comparison of the Effectiveness of the Methods of Recording Physiological Signals Using Passive Electronic Sensors to Obtain Respiratory Parameters in People with Respiratory Dysfunction. - Ilona Karpiel; Jakub Woloszyn; Kamil Olesz; Maciej Mysinski; Mirella Urzeniczok; Daniel Feige; Aleksander Sobotnicki; Marek Czerw (MIXDES, 2021)

Enviropulmoguard ICT System for Interactive Health Monitoring - Preliminary Study. - Ilona Karpiel; Jakub Woloszyn; Kamil Olesz; Maciej Mysinski; Mirella Urzeniczok; Michal Zielinski; Sebastian Glowacki; Daniel Feige; Aleksander Sobotnicki; Marek Czerw (MIXDES, 2022)

An Effective Method of Detecting Characteristic Points of Impedance Cardiogram Verified in the Clinical Pilot Study. - Ilona Karpiel; Monika Richter-Laskowska; Daniel Feige; Adam Gacek; Aleksander Sobotnicki (Sensors, 2022)

The use of an Inductive Sensor in the Assessment of Respiratory System Efficiency During Exercise - Preliminary Study. - Ilona Karpiel; Kamil Olesz; Maciej Mysinski; Mirella Urzeniczok; Daniel Feige; Monika Palus; Aleksander Sobotnicki; Marek Czerw (MIXDES, 2023)

Measurement of Blood Flow in the Carotid Artery as one of the Elements of Assessing the Ability for Pilots in the Gravitational Force Conditions-Review of Available Solutions. - Ewelina Sobotnicka; Jan Mocha; Aleksander Sobotnicki; Jerzy Galecka; Adam Gacek (PCBBE, 2023)

A New Method of Identifying Characteristic Points in the Impedance Cardiography Signal Based on Empirical Mode Decomposition. - Paulina Trybek; Ewelina Sobotnicka; Agata Wawrzkiewicz-Jalowiecka; Lukasz Machura; Daniel Feige; Aleksander Sobotnicki; Monika Richter-Laskowska (Sensors, 2023)

Modeling and analysis of cardioimpedance signals using polynomial models and fuzzy rule-based models. - Dan Wang 016; Xiubin Zhu; Witold Pedrycz; Adam Gacek; Aleksander Sobotnicki; Zhiwu Li 001 (Appl. Soft Comput., 2023)

Device for Simultaneous Recording of Lung Parameters and ECG as a Universal Tool for Comprehensive Physiological Monitoring - A Developmental Model. - Marek Czerw; Ilona Karpiel; Kamil Olesz; Maciej Mysinski; Jan Mocha; Anna Krawiecka; Aleksander Sobotnicki (MIXDES, 2024)

Identification and Optimization of Landmarks on the Impedance Cardiography Signal ICG. - Ilona Karpiel; Mirella Kluza; Aleksander Sobotnicki (MIXDES, 2024)

A System for Measuring Physiological Parameters During Extreme Activities. - Ewelina Sobotnicka; Jan Mocha; Aleksander Sobotnicki; Lukasz Dziuda (MIXDES, 2024)

Detecting Characteristic Points for the Analysis of Bioimpedance Signal Through a Synergy of Fuzzy Rule-Based Models and Granular Neural Networks. - Dan Wang 016; Monika Richter; Xiubin Zhu; Witold Pedrycz; Adam Gacek; Aleksander Sobotnicki; Zhiwu Li 001 (IEEE Trans. Fuzzy Syst., 2025)