AbstractWe consider finite connected undirected graphs without self-loops as a model of computer networks. The nodes of the graph represent computers or processors, while the edges of the graph correspond to the links between them. We present a model of distributed computations, called semi-local. This extension of the classical local model breaks the local symmetry. As a result, many useful tasks become deterministically solvable in every network assuming a very small initial knowledge about its graph representation. One of these tasks is a creation of a token in an arbitrary anonymous ring – an example of election of a leader. A semi-local solution to this problem is presented
International audienceMobile agents are a well-known paradigm for the design and implementation of d...
International audienceMobile agents are a well-known paradigm for the design and implementation of d...
International audienceIn this talk we attempt to identify the characteristics of a task of distribut...
AbstractWe consider finite connected undirected graphs without self-loops as a model of computer net...
The immediate past has witnessed an increasing amount of interest in local algorithms, i.e., constan...
International audienceThis paper attempts to find an answer to an open question of Angluin in her se...
International audienceIn this talk we attempt to identify the characteristics of a task of distribut...
International audienceIn this talk we attempt to identify the characteristics of a task of distribut...
We show here a natural extension of finite graph automata, by allowing each node of a network to sto...
(eng) We show here a natural extension of finite graph automata, by allowing each node of a network ...
We show here a natural extension of finite graph automata, by allowing each node of a network to sto...
The immediate past has witnessed an increased amount of interest in local algorithms, i.e., constant...
International audienceMobile agents are a well-known paradigm for the design and implementation of d...
This paper is a contribution to the study of the general problem of characterizing those properties ...
International audienceMobile agents are a well-known paradigm for the design and implementation of d...
International audienceMobile agents are a well-known paradigm for the design and implementation of d...
International audienceMobile agents are a well-known paradigm for the design and implementation of d...
International audienceIn this talk we attempt to identify the characteristics of a task of distribut...
AbstractWe consider finite connected undirected graphs without self-loops as a model of computer net...
The immediate past has witnessed an increasing amount of interest in local algorithms, i.e., constan...
International audienceThis paper attempts to find an answer to an open question of Angluin in her se...
International audienceIn this talk we attempt to identify the characteristics of a task of distribut...
International audienceIn this talk we attempt to identify the characteristics of a task of distribut...
We show here a natural extension of finite graph automata, by allowing each node of a network to sto...
(eng) We show here a natural extension of finite graph automata, by allowing each node of a network ...
We show here a natural extension of finite graph automata, by allowing each node of a network to sto...
The immediate past has witnessed an increased amount of interest in local algorithms, i.e., constant...
International audienceMobile agents are a well-known paradigm for the design and implementation of d...
This paper is a contribution to the study of the general problem of characterizing those properties ...
International audienceMobile agents are a well-known paradigm for the design and implementation of d...
International audienceMobile agents are a well-known paradigm for the design and implementation of d...
International audienceMobile agents are a well-known paradigm for the design and implementation of d...
International audienceIn this talk we attempt to identify the characteristics of a task of distribut...