TU Berlin

FG Entwurf und Testen kommunikationsbasierter SystemeHakan Coskun

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That's me

About me:
I am a researcher at the Technical University of Berlin. I am working mainly on topics related to wireless networks, IPv6 networks and autonomic networking/communication principles.

Working Areas

  • Monitoring in IPv6 Networks
  • Autonomic Networking
  • Model-driven Network Management
  • Communication Protocols and Stacks, Quality-of-Service, currently 802.11 and Bluetooth

Current Special Interests

  • 802.11 Technology
  • Wireless Mesh Networks
  • Virtualization of Networks and Network Interfaces
  • IPv6 related Topics
  • Control Loops


Addressing some challenges in autonomic monitoring in self-managing networks
Zitatschlüssel 1635636
Autor Ranganai Chaparadza and Hakan Coskun Ina Schieferdecker
Buchtitel Networks, 2005. Jointly held with the 2005 IEEE 7th Malaysia International Conference on Communication., 2005 13th IEEE International Conference on
Seiten 6 pp.
Jahr 2005
ISSN 1531-2216
DOI 10.1109/ICON.2005.1635636
Jahrgang 2
Monat 16-18
Zusammenfassung Self-monitoring is one of the key expected capabilities of an autonomic system. An autonomic system can be a single network node or the entire network as an entity, having the ability to automatically adjust its behaviour based on the conditions in which the system and its components work. Self-monitoring for the purposes of self-configuration, cooperative event detection by a number of systems in a network, knowledge/information distribution, service-diagnosis and self-protection requires a number of challenges/questions to be addressed. In this paper, we present the concepts behind self-monitoring as a capability of a single node and as a capability of a network that is considered as an entity. We also discuss the challenges and questions to be addressed when designing and deploying self-monitoring mechanisms for a single node and for an entire network and, we present some solutions to these challenges. Because self-monitoring is broad, we limit our focus to self-monitoring applied to inbound/outbound protocol-specific traffic at some point(s). As part of the solution to some challenges we try to address, we introduce the concept of on-demand monitoring (ODM) of protocol-specific traffic.
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