Scalable Fault-Containing Self-Stabilization in Dynamic Networks
Cuvillier Verlag eBooks
Published on 1. September 2014
230 pages
978-3-7369-4782-5 (ISBN)
Description
Self-stabilizing distributed systems tolerate any kind of transient fault. Fault-Containment reduces the time needed for the repair of small-scale transient faults. This thesis presents two new transformations for fault-containment, eliminating the disadvantages of previous solutions. For the first time, fault-containment is implemented for the case where state corruptions and topology changes occur simultaneously. The work is complemented by a distributed algorithm that reduces the additional load caused by the transformations and distributes it uniformly among the nodes.
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09/2014
1st Edition
Cuvillier Verlag
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Content
- Intro
- Abstract
- Acknowledgments
- Contents
- 1 Introduction
- 2 Preliminaries
- 3 Fault-Tolerance
- 4 Proving Self-Stabilization
- 5 Fault-Containing Self-Stabilization
- 6 Local k-Placement with Local Minimum Variance
- 7 Fault-Containment in Dynamic Networks
- 8 Concluding Remarks
- Bibliography
- List of Symbols
- List of Figures
- List of Tables
