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ORCIDJacek Stój
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- affiliation: Silesian University of Technology, Gliwice, Poland
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2020 – today
- 2023
[j5]Jacek Stój
, Anne-Lena Kampen, Rafal Cupek, Ireneusz Smolka, Marek Drewniak:
Industrial Shared Wireless Communication Systems - Use Case of Autonomous Guided Vehicles with Collaborative Robot. Sensors 23(1): 158 (2023)- [c17]Piotr Gaj, Ireneusz Smolka, Jacek Stój:
Reliability Analysis of M2M Cyclic Data Transfer based on ad-hoc Wireless P2P Link. IEEE Big Data 2023: 5048-5056 - [c16]Jacek Stój, Piotr Gaj:
Convergent wireless real-time communicaiton using EtherCAT and OPC UA for AGV application with big data sets acquisition. IEEE Big Data 2023: 5127-5133 - 2022
- [j4]Jacek Stój, Adam Ziebinski, Rafal Cupek:
FPGA based Industrial Ethernet Network Analyser for Real-time Systems Providing Openness for Industry 4.0. Enterp. Inf. Syst. 16(10-11): 1711-1731 (2022) - [j3]Ireneusz Smolka, Jacek Stój:
Utilization of SDN Technology for Flexible EtherCAT Networks Applications. Sensors 22(5): 1944 (2022) - [c15]Ireneusz Smolka, Jacek Stój, Piotr Gaj, Marcin Fojcik:
Communication between AGV and standalone station via EtherCAT using WiFi - proof of concept. IEEE Big Data 2022: 6337-6346 - [c14]Ireneusz Smolka, Jacek Stój, Marcin Fojcik:
Application of Software Defined Networks for Collection of Process Data in Industrial Real-Time Systems. ICCCI (CCIS Volume) 2022: 446-458 - 2021
- [j2]Jacek Stój:
Cost-Effective Hot-Standby Redundancy With Synchronization Using EtherCAT and Real-Time Ethernet Protocols. IEEE Trans Autom. Sci. Eng. 18(4): 2035-2047 (2021) - [c13]Anna-Lena Kampen, Marcin Fojcik, Rafal Cupek, Jacek Stój:
Low-Level Wireless and Sensor Networks for Industry 4.0 Communication - Presentation. ICCCI (CCIS Volume) 2021: 474-484 - [c12]Rafal Cupek, Marcin Fojcik, Piotr Gaj, Jacek Stój:
Ontology-Based Approaches for Communication with Autonomous Guided Vehicles for Industry 4.0. ICCCI (CCIS Volume) 2021: 485-497 - [c11]Anna-Lena Kampen, Marcin Fojcik, Rafal Cupek, Jacek Stój:
The requirements for using wireless networks with AGV communication in an industry environment. WiMob 2021: 212-218
2010 – 2019
- 2019
- [c10]Jacek Stój, Ireneusz Smolka:
Temporal Characteristics of CodeSys Programmed Raspberry Pi and Beaglebone Black Embedded Devices. CN 2019: 156-167 - [c9]Jacek Stój:
State Machine of a Redundant Computing Unit Operating as a Cyber-Physical System Control Node with Hot-Standby Redundancy. ISAT (2) 2019: 74-85 - 2018
- [c8]Jacek Stój, Ireneusz Smolka, Michal Mackowski:
Determining the Usability of Embedded Devices Based on Raspberry Pi and Programmed with CODESYS as Nodes in Networked Control Systems. CN 2018: 193-205 - 2017
- [c7]Andrzej Kwiecien, Michal Mackowski, Jacek Stój, Dariusz Rzonca, Marcin Sidzina:
Utilization of Redundant Communication Network Throughput for Non-critical Data Exchange in Networked Control Systems. CN 2017: 182-194 - [c6]Jacek Stój, Andrzej Kwiecien:
Temporal Costs of Computing Unit Redundancy in Steady and Transient State. KKIO Software Engineering Conference 2017: 1-14 - 2015
- [j1]Piotr Gaj, Miroslaw Skrzewski, Jacek Stój, Jaroslaw Flak:
Virtualization as a Way to Distribute PC-Based Functionalities. IEEE Trans. Ind. Informatics 11(3): 763-770 (2015) - 2014
- [c5]Andrzej Kwiecien, Michal Mackowski, Jacek Stój, Marcin Sidzina:
Influence of Electromagnetic Disturbances on Multi-network Interface Node. CN 2014: 298-307 - 2012
- [c4]Jacek Stój:
Real-Time Communication Network Concept Based on Frequency Division Multiplexing. CN 2012: 247-260 - 2011
- [c3]Andrzej Kwiecien, Jacek Stój:
Genius Network Communication Process Registration and Analysis. CN 2011: 314-321 - [c2]Blazej Kwiecien, Jacek Stój:
Network Integration on the Control Level. CN 2011: 322-327 - 2010
- [c1]Andrzej Kwiecien, Jacek Stój:
The Cost of Redundancy in Distributed Real-Time Systems in Steady State. CN 2010: 106-120
Coauthor Index
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