New methods to engineer and seamlessly reconfigure time triggered Ethernet based systems during runtime based on the PROFINET IRT example [electronic resource] /
Wisniewski, Lukasz.author.
The objective of this dissertation is to design a concept that would allow to increase the flexibility of currently available Time Triggered Ethernet based (TTEB) systems, however, without affecting their performance and robustness. The main challenges are related to scheduling of time triggered communication that may take significant amount of time and has to be performed on a powerful platform. Additionally, the reliability has to be considered and kept on the required high level. Finally, the reconfiguration has to be optimally done without affecting the currently running system.
Includes bibliographical references.
Introduction -- Fundamentals -- Timeliness in Ethernet Based Network Control Systems -- Communication Reliability -- Seamless Reconfiguration of the Industrial Network System -- Proposed Approach Evaluation -- Conclusions and Outlook.
The objective of this dissertation is to design a concept that would allow to increase the flexibility of currently available Time Triggered Ethernet based (TTEB) systems, however, without affecting their performance and robustness. The main challenges are related to scheduling of time triggered communication that may take significant amount of time and has to be performed on a powerful platform. Additionally, the reliability has to be considered and kept on the required high level. Finally, the reconfiguration has to be optimally done without affecting the currently running system.
Electrical engineering.
Computer software—Reusability.
Computer system failures.
Applied mathematics.
Engineering mathematics.
Computer communication systems.
Communications Engineering, Networks.
Performance and Reliability.
System Performance and Evaluation.
Mathematical and Computational Engineering.
Computer Communication Networks.