Verifying distributed algorithms is non trivial. A promising methodology is based on the Event B language and the refinement process : it consists in redeveloping the algorithms by targeting a collection of required properties, using the refinement of models which preserves the properties of an abstract one in concrete ones. This approach has already been followed by Abrial et al for their work on the IEEE 1394 protocol. Our goal is to integrate probabilities into this approach. It appears that there are other proposals for dealing with this problem. This paper presents an illustration of our approach through the study of vertex coloring algorithms, based on an algorithm cited by Métiver et al, and preliminary elements of a global methodolo...
An extremely simple distributed randomized edge colouring algorithm is given which produces with hig...
We present a constant-time randomized distributed algorithms in the congested clique model that comp...
Given two colorings of a graph, we consider the following problem: can we recolor the graph from one...
We perform an extensive experimental evaluation of very simple, distributed, randomized algorithms f...
Software-based systems have a strong impact in the daily life. For instance, systems like television...
AbstractWe present and analyse a very simple randomised distributed vertex colouring algorithm for a...
A distributed system is a collection of networked autonomous processing units which must work in a c...
We perform an extensive experimental evaluation of very simple, distributed, randomized algorithms f...
We exploit the game-theoretic ideas presented in [12] to study the vertex coloring problem in a dist...
Consider an n-vertex graph G = (V,E) of maximum degree ∆, and suppose that each vertex v ∈ V hosts a...
The problem of obtaining fast deterministic algorithms for distributed symmetry breaking problems in...
Distributed algorithms are considered to be very complex to design and to prove; our paper contribut...
Identifying the sets of operations that can be executed simultaneously is an important problem ap-pe...
Abstract. Numerous problems in Theoretical Computer Science can be solved very efficiently using pow...
This paper studies sufficient conditions to obtain efficient distributed algorithms coloring graphs ...
An extremely simple distributed randomized edge colouring algorithm is given which produces with hig...
We present a constant-time randomized distributed algorithms in the congested clique model that comp...
Given two colorings of a graph, we consider the following problem: can we recolor the graph from one...
We perform an extensive experimental evaluation of very simple, distributed, randomized algorithms f...
Software-based systems have a strong impact in the daily life. For instance, systems like television...
AbstractWe present and analyse a very simple randomised distributed vertex colouring algorithm for a...
A distributed system is a collection of networked autonomous processing units which must work in a c...
We perform an extensive experimental evaluation of very simple, distributed, randomized algorithms f...
We exploit the game-theoretic ideas presented in [12] to study the vertex coloring problem in a dist...
Consider an n-vertex graph G = (V,E) of maximum degree ∆, and suppose that each vertex v ∈ V hosts a...
The problem of obtaining fast deterministic algorithms for distributed symmetry breaking problems in...
Distributed algorithms are considered to be very complex to design and to prove; our paper contribut...
Identifying the sets of operations that can be executed simultaneously is an important problem ap-pe...
Abstract. Numerous problems in Theoretical Computer Science can be solved very efficiently using pow...
This paper studies sufficient conditions to obtain efficient distributed algorithms coloring graphs ...
An extremely simple distributed randomized edge colouring algorithm is given which produces with hig...
We present a constant-time randomized distributed algorithms in the congested clique model that comp...
Given two colorings of a graph, we consider the following problem: can we recolor the graph from one...