Towards the Engineering of Dependable P2P-Based Network Control – The Case of Timely Routing Control Messages

Towards the Engineering of Dependable P2P-Based Network Control – The Case of Timely Routing Control Messages

Abstract

This paper introduces a methodology for engineering best-effort P2P algorithms into dependable P2P-based network control mechanism. The proposed method is built upon an iterative approach consisting of improving the original P2P algorithm by appropriate mechanisms and of thorough performance assessment with respect to dependability measures. The potential of the methodology is outlined by the example of timely routing control for vertical handover in B3G wireless networks. In detail, the well-known Pastry and CAN algorithms are enhanced to include locality. By showing how to combine algorithmic enhancements with performance indicators, this case study paves the way for future engineering of dependable network control mechanisms through P2P algorithms

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Authors
  • Tutschku, Kurt
  • Nakao, A.
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Shortfacts
Category
Journal Paper
Divisions
Future Communication
Subjects
Systemarchitektur Sonstiges
Computermethodik Allgemeines
Computersimulation
Angewandte Informatik
Rechnerperipherie, Datenkommunikationshardware
Systemarchitektur Allgemeines
Journal or Publication Title
Special Section PAPER (Special Section on Networking Technologies for Dependable Networks)
ISSN
1745-1345
Publisher
is required to login for Full-Text PDF. Towards the Engineering of Dependable P2P-Based Network Control -- The Case of Timely Routing Control Messages Kurt TUTSCHKU Akihiro NAKAO Publication IEICE TRANSACTIONS on Communications
Page Range
pp. 17-25
Number
01,Jan
Volume
E92-B
Date
1 January 2009
Official URL
http://search.ieice.org/bin/summary.php?id=e92-b_1...
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