Selbststabilisierung ist ein Ansatz, der ein verteiltes System in die Lage versetzt, beliebige transiente Fehler zu tolerieren. In dieser Dissertation werden neue selbststabilisierende Algorithmen für bekannte graphentheoretische Probleme vorgestellt. Darüber hinaus werden bestehende Verfahren auf ihre Komplexität untersucht. Der Schwerpunkt dieser Arbeit liegt auf den Beweismethoden, die in der Komplexitätsanalyse benutzt werden, sowie auf dem Design der Algorithmen.Self-stabilization is a general approach to design a system to tolerate arbitrary transient faults. This thesis presents new time- and space-efficient self-stabilizing algorithms for well-known problems in graph theory and provides new complexity analyzes for existing algorithm...
Our purpose in the present paper is to present a brief overview of the relatively new paradigm of se...
International audienceThis paper describes a parametrized distributed algorithm applicable to any di...
This paper presents the first fault-containing self-stabilizing algorithm which can 6-color any plan...
Self-stabilization is a general approach to design a system to tolerate arbitrary transient faults. ...
In a distributed system error handling is inherently more difficult than in conven-tional systems th...
Edsger W. Dijkstra prägte im Jahr 1974 den Begriff Selbststabilisierung (self-stabilization) in de...
The concept of self-stabilization was first introduced by Dijkstra in 1973. A distributed system is ...
International audienceThis book aims at being a comprehensive and pedagogical introduction to the co...
Selbst-stabilisierende verteile Systeme tolerieren transiente Fehler jeglicher Art. Fehlereindämmung...
Le projet scientifique dans lequel s’inscrit ma thèse a pour objectif l’élaboration d’algorithmes di...
International audienceSelf-stabilizing protocols can resist transient failures and guarantee system ...
We present a method of combining a self-stabilizing algorithm with a hierarchical structure to const...
AbstractSelf-stabilizing protocols can resist transient failures and guarantee system recovery in a ...
When a distributed system is subject to transient failures that arbitrarily modify its state, it is ...
National audienceIn 1974, E.W. Dijkstra defined self-stabilization as the property for a distributed...
Our purpose in the present paper is to present a brief overview of the relatively new paradigm of se...
International audienceThis paper describes a parametrized distributed algorithm applicable to any di...
This paper presents the first fault-containing self-stabilizing algorithm which can 6-color any plan...
Self-stabilization is a general approach to design a system to tolerate arbitrary transient faults. ...
In a distributed system error handling is inherently more difficult than in conven-tional systems th...
Edsger W. Dijkstra prägte im Jahr 1974 den Begriff Selbststabilisierung (self-stabilization) in de...
The concept of self-stabilization was first introduced by Dijkstra in 1973. A distributed system is ...
International audienceThis book aims at being a comprehensive and pedagogical introduction to the co...
Selbst-stabilisierende verteile Systeme tolerieren transiente Fehler jeglicher Art. Fehlereindämmung...
Le projet scientifique dans lequel s’inscrit ma thèse a pour objectif l’élaboration d’algorithmes di...
International audienceSelf-stabilizing protocols can resist transient failures and guarantee system ...
We present a method of combining a self-stabilizing algorithm with a hierarchical structure to const...
AbstractSelf-stabilizing protocols can resist transient failures and guarantee system recovery in a ...
When a distributed system is subject to transient failures that arbitrarily modify its state, it is ...
National audienceIn 1974, E.W. Dijkstra defined self-stabilization as the property for a distributed...
Our purpose in the present paper is to present a brief overview of the relatively new paradigm of se...
International audienceThis paper describes a parametrized distributed algorithm applicable to any di...
This paper presents the first fault-containing self-stabilizing algorithm which can 6-color any plan...