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Ethernet Switches are widely used in real-time distributed systems as a solution to guarantee the real-time behavior in communication. In this solution there are still some limitations which are the important obstacles obtaining timeliness in the network. The FTT-SE protocol which is a technique based on the master/slave and FTT methods was proposed to overcome the mentioned limitations. However, the FTT-SE protocol has been investigated for a small network architecture. In this work we propose a solution that extends the FTT-SE protocol while keeping the real-time behavior of the network.

Produktbeschreibung
Ethernet Switches are widely used in real-time distributed systems as a solution to guarantee the real-time behavior in communication. In this solution there are still some limitations which are the important obstacles obtaining timeliness in the network. The FTT-SE protocol which is a technique based on the master/slave and FTT methods was proposed to overcome the mentioned limitations. However, the FTT-SE protocol has been investigated for a small network architecture. In this work we propose a solution that extends the FTT-SE protocol while keeping the real-time behavior of the network.
Autorenporträt
Mohammad Ashjaei is a PhD student in Mälardalen University since April 2012. He moved to Sweden in 2010 and studied computer science with emphasize on real-time embedded systems in Mälardalen University. Mohammad received his M.Sc. in 2012. His current interest is networked embedded systems including modeling and analysis of algorithms.