@InProceedings{Chaparadza2009,
  author    = {Ranganai Chaparadza and Nikolay Tcholtchev and Ina Schieferdecker},
  booktitle = {Third International Conference on the Latest Advances in Networks, ICLAN 2008. Proceedings : Toulouse, France, December10-12, 2008},
  title     = {Implementation of the UniFAFF framework for Autonomic Fault-Management in ANA Networks},
  editor    = {Beylot, A.-L.},
  pages     = {75--81},
  abstract  = {Research in the area of Self-Managing Networks is on the rise. Some research initiatives are calling for cleanslate/revolutionary designs of future networks (e.g. the future internet) while some initiatives are calling for an evolutionary approach and are focused on making today\'s networks evolve by introducing new communication paradigms into the network models and architectures in an incremental way. For both types of initiatives towards the design of future networks, one of the most important questions being raised is: “How can the well known and very successful FCAPS network management framework be adopted and extended as necessitated by emerging network architecture designs for Self-Managing Networks?”. Recently, a framework called UniFAFF has emerged, that answers the posed question with respect to moving from today\'s Fault-Management whose processes are not autonomic, to making Fault-Management processes become autonomic as necessitated by Self-Managing Networks. UniFAFF stands for Unified Framework for Implementing Autonomic Fault-Management and Failure-Detection for Self-Managing Networks. This paper reports on the first attempt to implement the UniFAFF framework for a clean-slate type of network design — namely the ANA network architectural design.},
  file      = {:2009/Chaparadza2009 - Implementation of the UniFAFF Framework for Autonomic Fault Management in ANA Networks.pdf:PDF},
  keywords  = {self-managing network; autonomic network architecture; autonomic fault-management; autonomic failure detection},
  type      = {conference},
  year      = {2009}
}