This paper presents a novel approach for data acquisition in distributed, heterogeneous automation systems as a basis for new condition monitoring, anomaly detection and visualization applications. The described solution enables process data acquisition in real time Ethernet systems, using the Precision Time Protocol (PTP) from IEEE 1588 for synchronization and the OPC Unified Architecture for data presentation. As a proof of concept the architecture is implemented using standard hardware components and a x86/x64 architecture without any special operating system. As verified later this setup already achieves a synchronization accuracy of <10ms, sufficient for the majority of production processes to be monitored
Abstract. Keeping system time closely synchronized among all nodes of a cluster is a hard problem. T...
Solutions for accurate and fine-grain monitoring are at the basis of the growth of future large-scal...
In this paper, a prototype to synchronize the Peer-to-Peer network Kad is presented. The approach ba...
In this paper, a data acquisition solution for the monitoring of all sensor and actuator signals in ...
A high precision time base is especially important for distributed systems in automation. The Precis...
A high precision time base is important for distributed systems in measurement and automa-tion appli...
—In this paper, we describe an algorithm built on top of a precision time protocol (PTP) implementat...
ITC/USA 2006 Conference Proceedings / The Forty-Second Annual International Telemetering Conference ...
Wendelstein 7-X is designed as a steady-state experiment to demonstrate the fusion reactor relevance...
International audienceThe actual trend in automation control systems is to distribute control logic ...
Ethernet today is the most widely used information carrier and the service provider for many importa...
Networked industrial systems capitalize on recent advancements in sensing, communications, computing...
We describe an accurate distributed timestamp service. This open-source C++ package runs on commodit...
Distribution of precise time reference in an Ethernet network allows the implementation of distribut...
New substation automation applications, such as sampled value process buses and synchrophasors, requ...
Abstract. Keeping system time closely synchronized among all nodes of a cluster is a hard problem. T...
Solutions for accurate and fine-grain monitoring are at the basis of the growth of future large-scal...
In this paper, a prototype to synchronize the Peer-to-Peer network Kad is presented. The approach ba...
In this paper, a data acquisition solution for the monitoring of all sensor and actuator signals in ...
A high precision time base is especially important for distributed systems in automation. The Precis...
A high precision time base is important for distributed systems in measurement and automa-tion appli...
—In this paper, we describe an algorithm built on top of a precision time protocol (PTP) implementat...
ITC/USA 2006 Conference Proceedings / The Forty-Second Annual International Telemetering Conference ...
Wendelstein 7-X is designed as a steady-state experiment to demonstrate the fusion reactor relevance...
International audienceThe actual trend in automation control systems is to distribute control logic ...
Ethernet today is the most widely used information carrier and the service provider for many importa...
Networked industrial systems capitalize on recent advancements in sensing, communications, computing...
We describe an accurate distributed timestamp service. This open-source C++ package runs on commodit...
Distribution of precise time reference in an Ethernet network allows the implementation of distribut...
New substation automation applications, such as sampled value process buses and synchrophasors, requ...
Abstract. Keeping system time closely synchronized among all nodes of a cluster is a hard problem. T...
Solutions for accurate and fine-grain monitoring are at the basis of the growth of future large-scal...
In this paper, a prototype to synchronize the Peer-to-Peer network Kad is presented. The approach ba...