20th IEEE International Conference on
Emerging Technologies and
Factory Automation

September 8-11, 2015, Luxembourg

News

SS03 Fault Tolerance Techniques in Distributed Embedded and Automation Systems

Special Session Organizers:

Ramez Daoud, SEAD Group, American University in Cairo, Egypt
rdaoud@aucegypt.edu
Paulo Portugal, University of Porto, Portugal
pportugal@fe.up.pt
Julian Proenza, University of the Balearic Islands, Spain
julian.proenza@uib.es
Sasikumar Punnekkat, Mälardalen University, Sweden
sasikumar.punnekkat@mdh.se
Michael Short, Teesside University, UK
M.Short@tees.ac.uk

Aim: Dependability, in its different forms (reliability, availability, safety, etc.) is an important attribute of many embedded and automation systems. Actually, it is claimed that one of the advantages of the introduction of distribution in such systems is that it facilitates the increase of dependability. Fault tolerance techniques play a prominent role in achieving high levels of dependability, particularly when distribution, and thus communication media, are present. Redundancy of different kinds (spatial, temporal, information, etc.) can be introduced in the system and different replication techniques can be used to achieve tolerance to both temporal and permanent faults at nodes and communication links. Despite the increase in cost that the use of redundancy implies, it is widely used in many kinds of systems such as those for highly-available automation, safety-critical applications or highly-reliable control (e.g. x-by-wire in automobiles). In fact, temporal redundancy is a de facto requirement for any communication protocol (even those used in systems that are not designed to be specially dependable) since this part of the distributed system is particularly prone to exhibit errors caused by transient faults.

There is an ongoing interest in these matters and the research community continues to look for solutions that are adequate for the specific needs of embedded and automation distributed applications. The corresponding publications are usually scattered among different conferences and journals, and there is a need to gather them into more focused events. This Special Session proposal purports to attract the authors that usually publish related papers in IES conferences and also others that normally do it in other events. The SS would be an excellent opportunity for discussing the common problems that are inherent to the research in fault tolerance and to try to establish the current and future trends in this specific area.

The program of the special session can be found here.

ETFA'2015 is sponsored by: