Network response time analysis is very important in industry. For example, in the design level of a vehicle production, the designer always needs to make the scheduling analysis to ensure the safety of the designed system. At present, CAN is the most popular network used in industry, however, as the increase of the demand (e.g. link speed, flexible topologies, etc), CAN is becoming limited. Instead, Ethernet technique is more and more considered in industry. Some professional experts have developed solutions to make the response time analysis for Ethernet. But they mostly focus on EDF scheduling or FCFS queuing. In this thesis work, we focus on multi-hop analysis with fixed priority scheduling (e.g. Rate-Monotonic). And both simple periodic...
In this paper a sensitivity analysis of the load on an ethernet network is presented. Aim is to dete...
In this paper, we propose a feasibility analysis of periodic hard real-time traffic in packet-switch...
International audienceReal-time systems are highly complex and distributed. One of the major challen...
In this paper we study distributed automotive control applications whose tasks are mapped onto diffe...
Nowadays, Industrial Control Systems (ICSs) are becoming larger and implement more complex functions...
The Ethernet standard is a standard solution for interconnecting industrial devices de-spite its int...
Many approaches have been developed to give an estimation of the upper bound of the end-to-end delay...
Many approaches have been developed to give an estimation of the upper bound of the end-to-end delay...
Abstract—In this paper we study distributed automotive con-trol applications whose tasks are mapped ...
In the high-tech and automotive industry, bandwidth considerations and widely accepted standardizati...
The Ethernet communications network is a broadcast, multi-access system for local computer networkin...
In the high-tech and automotive industry, bandwidth considerations and widely accepted standardizati...
In this paper, we present a novel real-time analysis framework for AFDX (Avionics Full Duplex Switch...
Ethernet-based real-time network communication technologies are nowadays a promising communication t...
Abstract: Ethernet is currently explored as the upcoming network standard for distributed control ap...
In this paper a sensitivity analysis of the load on an ethernet network is presented. Aim is to dete...
In this paper, we propose a feasibility analysis of periodic hard real-time traffic in packet-switch...
International audienceReal-time systems are highly complex and distributed. One of the major challen...
In this paper we study distributed automotive control applications whose tasks are mapped onto diffe...
Nowadays, Industrial Control Systems (ICSs) are becoming larger and implement more complex functions...
The Ethernet standard is a standard solution for interconnecting industrial devices de-spite its int...
Many approaches have been developed to give an estimation of the upper bound of the end-to-end delay...
Many approaches have been developed to give an estimation of the upper bound of the end-to-end delay...
Abstract—In this paper we study distributed automotive con-trol applications whose tasks are mapped ...
In the high-tech and automotive industry, bandwidth considerations and widely accepted standardizati...
The Ethernet communications network is a broadcast, multi-access system for local computer networkin...
In the high-tech and automotive industry, bandwidth considerations and widely accepted standardizati...
In this paper, we present a novel real-time analysis framework for AFDX (Avionics Full Duplex Switch...
Ethernet-based real-time network communication technologies are nowadays a promising communication t...
Abstract: Ethernet is currently explored as the upcoming network standard for distributed control ap...
In this paper a sensitivity analysis of the load on an ethernet network is presented. Aim is to dete...
In this paper, we propose a feasibility analysis of periodic hard real-time traffic in packet-switch...
International audienceReal-time systems are highly complex and distributed. One of the major challen...