Data Processing from mHealth Patient Data Acquisition Related to Extracting Structured Data from EH Records. - Stefan Balogh; Fedor Lehocki; Daniel Ivanis; Erik Kucera; Milos Lajtman; Igor Mino (MobiHealth, 2012)

Modelling of AS/RS using hierarchical and timed coloured Petri nets. - Erik Kucera; Branislav Hrúz (RAAD, 2014)

Application of Pattern Recognition for a Welding Process. - Oto Haffner; Erik Kucera; Stefan Kozák; Erich Stark (FedCSIS (Communication Papers), 2017)

A Method For Data Classification In Slovak Medical Records. - Erik Kucera; Oto Haffner; Erich Stark (FedCSIS, 2017)

Virtual Tour for Smart Home Developed in Unity Engine and Connected with Arduino. - Erik Kucera; Erich Stark; Oto Haffner (FedCSIS (Position Papers), 2017)

Virtual Laboratory Based on Node.js Technology and Visualized in Mixed Reality Using Microsoft HoloLens. - Erich Stark; Pavol Bisták; Erik Kucera; Oto Haffner; Stefan Kozák (FedCSIS (Communication Papers), 2017)

Virtual Tour for Smart House Developed in Unity 3D Engine and Connected with Microcontroller. - Erik Kucera; Oto Haffner; Erich Stark (J. Autom. Mob. Robotics Intell. Syst., 2018)

Experiment with JavaScript on Client and Server Side of the Virtual Laboratory and Visualised in Mixed Reality Using Microsoft HoloLens. - Erich Stark; Erik Kucera; Pavol Bisták; Oto Haffner; Olena O. Doroga-Ivaniuk (J. Autom. Mob. Robotics Intell. Syst., 2018)

PN2ARDUINO - A New Petri Net Software Tool For Control Of Discrete-event And Hybrid Systems Using Arduino Microcontrollers. - Erik Kucera; Oto Haffner; Roman Leskovský (FedCSIS, 2019)

The Use of Modern Multimedia Trends for Popularization of Mechatronics by Presenting Its Present and Future Application. - Erik Kucera; Oto Haffner; Roman Leskovský; Jakub Matisák; Peter Drahos (FedCSIS (Communication Papers), 2019)

A Contribution to Workplace Ergonomics Evaluation Using Multimedia Tools and Virtual Reality. - Roman Leskovský; Erik Kucera; Oto Haffner; Jakub Matisák; Danica Rosinová; Erich Stark (FedCSIS, 2019)

Proposal of Mechatronic Devices Control using Mixed Reality. - Erich Stark; Erik Kucera; Peter Drahos; Oto Haffner (FedCSIS, 2019)

Using Entropy for Welds Segmentation and Evaluation. - Oto Haffner; Erik Kucera; Peter Drahos; Ján Cigánek (Entropy, 2019)

New Software Tool for Modelling and Control of Discrete-Event and Hybrid Systems Using Petri Nets. - Erik Kucera; Oto Haffner; Peter Drahos; Ján Cigánek; Juraj Stefanovic; Stefan Kozák (Comput. Informatics, 2020)

Modelling and Control of Discrete-Event Systems Using Petri Nets and Arduino Microcontrollers. - Erik Kucera; Oto Haffner; Roman Leskovský (J. Autom. Mob. Robotics Intell. Syst., 2021)

Proposal of IoT Devices Control using Mixed Reality and QR Codes. - Erich Stark; Erik Kucera; Oto Haffner (J. Autom. Mob. Robotics Intell. Syst., 2021)

Modeling and Control of Discrete Event and Hybrid Systems Using Petri Nets and OPC Unified Architecture. - Erik Kucera; Oto Haffner; Peter Drahos; Alena Kozáková (IEEE Access, 2022)

Educational Case Studies: Creating a Digital Twin of the Production Line in TIA Portal, Unity, and Game4Automation Framework. - Michal Balla; Oto Haffner; Erik Kucera; Ján Cigánek (Sensors, 2023)

Competency-Based Hybrid Learning: A Modern Approach to Teaching Programming and Digital Technologies Subjects. - Erik Kucera; Oto Haffner (IEEE Access, 2025)

Modeling and Co-Simulation of Fuzzy Logic Controller for Artificial Cybernetic Hand. - Michal Miloslav Ulicný; Ján Cigánek; Vladimír Kutis; Erik Kucera; Jan Sedivý (Multimodal Technol. Interact., 2025)