Abstract: In this paper, we analyse the ability of Profibus fieldbus to cope with the real-time requirements of a Distributed Computer Control System (DCCS), where messages associated to discrete events must be made available within a maximum bound time. Our methodology is based on the knowledge of real-time traffic characteristics, setting the network parameters in order to cope with timing requirements. Since non-real-time traffic characteristics are usually unknown at the design stage, we consider an operational profile where, constraining non-real-time traffic at the application level, we assure that real-time requirements are met. Copyright © 1998 IFA
The paper introduces a mechanism to implement distributed scheduling for CAN-bus resource in order t...
In this paper we examine architectures for non-real time (NRT) traffic handling in PROFINET nodes. M...
In this paper we survey the most relevant results for the prioritybased schedulability analysis of r...
In this paper, we analyse the ability of Profibus fieldbus to cope with the real-time requirements ...
A recent trend in distributed computer-controlled systems (DCCS) is to interconnect the distributed ...
This paper provides a comprehensive study on how to use Profibus fieldbus networks to support real-t...
Profibus networks are widely used as the communication infrastructure for supporting distributed co...
In this paper, we analyse the ability of P-NET [1] fieldbus to cope with the timing requirements of...
Profibus networks are widely used as the communication infrastructure for supporting distributed co...
The key to success in using distributed control system (DCS) is the timely execution of computationa...
Fieldbus communication networks aim to interconnect sensors, actuators and controllers within proces...
In distributed control system (DCS), computation tasks, which usually reside in different nodes and ...
Article dans revue scientifique avec comité de lecture.In real-time systems, one generally identifie...
From the field of control theory, we can see that varying communication delays in a control system m...
Fieldbus networks aim at the interconnection of field devices such as sensors, actuators and small ...
The paper introduces a mechanism to implement distributed scheduling for CAN-bus resource in order t...
In this paper we examine architectures for non-real time (NRT) traffic handling in PROFINET nodes. M...
In this paper we survey the most relevant results for the prioritybased schedulability analysis of r...
In this paper, we analyse the ability of Profibus fieldbus to cope with the real-time requirements ...
A recent trend in distributed computer-controlled systems (DCCS) is to interconnect the distributed ...
This paper provides a comprehensive study on how to use Profibus fieldbus networks to support real-t...
Profibus networks are widely used as the communication infrastructure for supporting distributed co...
In this paper, we analyse the ability of P-NET [1] fieldbus to cope with the timing requirements of...
Profibus networks are widely used as the communication infrastructure for supporting distributed co...
The key to success in using distributed control system (DCS) is the timely execution of computationa...
Fieldbus communication networks aim to interconnect sensors, actuators and controllers within proces...
In distributed control system (DCS), computation tasks, which usually reside in different nodes and ...
Article dans revue scientifique avec comité de lecture.In real-time systems, one generally identifie...
From the field of control theory, we can see that varying communication delays in a control system m...
Fieldbus networks aim at the interconnection of field devices such as sensors, actuators and small ...
The paper introduces a mechanism to implement distributed scheduling for CAN-bus resource in order t...
In this paper we examine architectures for non-real time (NRT) traffic handling in PROFINET nodes. M...
In this paper we survey the most relevant results for the prioritybased schedulability analysis of r...