In this paper we address the P-NET Medium Access Control (MAC) ability to schedule traffic according to its real-time requirements, in order to support real-time distributed applications. We provide a schedulability analysis based on the P-NET standard, and propose mechanisms to overcome priority inversion problems resulting from the use of FIFO outgoing buffer
[[abstract]]Multimedia applications have become some of the most important applications on high spee...
Abstract. In this paper we survey the most relevant results for the priority--based schedulability a...
In a real-time network, it is not practical to have one centralized scheduler manage all the network...
In this paper we address the real-time capabilities of P-NET, which is a multi-master fieldbus stan...
P-NET is a fieldbus industrial communication standard, which uses a Virtual Token Passing MAC mechan...
In this paper, we analyse the ability of P-NET [1] fieldbus to cope with the timing requirements of...
Fieldbus communication networks aim to interconnect sensors, actuators and controllers within proces...
This paper presents an innovative approach for scheduling network messages with real-time dynamic al...
P-NET is a multi-master fieldbus standard based on a virtual token passing scheme. In P-NET each ma...
Abstract: P-NET is a multi-master fieldbus standard based on a virtual token passing scheme. In P-NE...
This paper addresses the problem of scheduling periodic messages in demand priority network standard...
This paper describes a medium access protocol for real-time communication in wireless networks. Medi...
In this paper we present a novel approach in the study of the predictability of real-time message tr...
A recent trend in distributed computer-controlled systems (DCCS) is to interconnect the distributed ...
We investigate the network resource partitioning problem for real-time communication. Resource parti...
[[abstract]]Multimedia applications have become some of the most important applications on high spee...
Abstract. In this paper we survey the most relevant results for the priority--based schedulability a...
In a real-time network, it is not practical to have one centralized scheduler manage all the network...
In this paper we address the real-time capabilities of P-NET, which is a multi-master fieldbus stan...
P-NET is a fieldbus industrial communication standard, which uses a Virtual Token Passing MAC mechan...
In this paper, we analyse the ability of P-NET [1] fieldbus to cope with the timing requirements of...
Fieldbus communication networks aim to interconnect sensors, actuators and controllers within proces...
This paper presents an innovative approach for scheduling network messages with real-time dynamic al...
P-NET is a multi-master fieldbus standard based on a virtual token passing scheme. In P-NET each ma...
Abstract: P-NET is a multi-master fieldbus standard based on a virtual token passing scheme. In P-NE...
This paper addresses the problem of scheduling periodic messages in demand priority network standard...
This paper describes a medium access protocol for real-time communication in wireless networks. Medi...
In this paper we present a novel approach in the study of the predictability of real-time message tr...
A recent trend in distributed computer-controlled systems (DCCS) is to interconnect the distributed ...
We investigate the network resource partitioning problem for real-time communication. Resource parti...
[[abstract]]Multimedia applications have become some of the most important applications on high spee...
Abstract. In this paper we survey the most relevant results for the priority--based schedulability a...
In a real-time network, it is not practical to have one centralized scheduler manage all the network...
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