AbstractThis paper contributes to the characterization of synchronous models of distributed computing using topological techniques. We consider a generic synchronous model with send-omission failures and use a topological structure corresponding to a bounded number of rounds of the model. We observe some nice properties of the structure and derive from these properties necessary and sufficient conditions to solve consensus in this model
We consider an arbitrary communication network G where at most f messages can be lost at each round,...
AbstractThe k-set-agreement problem consists for a set of n processes to agree on less than k among ...
International audienceWe show that the protocol complex formalization of fault-tolerant protocols ca...
AbstractThis paper contributes to the characterization of synchronous models of distributed computin...
AbstractThe theory of distributed computing shares a deep and fascinating connection with combinator...
International audienceMore than two decades ago, combinatorial topology was shown to be useful for a...
The field of distributed computability studies whether a task is solvable in a distributed system, as...
International audienceIn this paper, we provide a rigorous characterization of consensus solvability...
Consensus is one of the most fundamental problems in distributed computing. This paper studies the c...
This paper considers the k-set agreement problem in a synchronous distributed system model with sen...
This paper considers the k-set agreement problem in a synchronous distributed system model with send...
AbstractIn this paper we are interested in synchronous distributed systems subject to transient and ...
We take a signi cant step toward unifying the synchronous, semi-synchronous, and asynchronous messag...
The control and termination detection of a distributed computation involving large-scale distributed...
International audienceWe show that the protocol complex formalization of fault-tolerant protocols ca...
We consider an arbitrary communication network G where at most f messages can be lost at each round,...
AbstractThe k-set-agreement problem consists for a set of n processes to agree on less than k among ...
International audienceWe show that the protocol complex formalization of fault-tolerant protocols ca...
AbstractThis paper contributes to the characterization of synchronous models of distributed computin...
AbstractThe theory of distributed computing shares a deep and fascinating connection with combinator...
International audienceMore than two decades ago, combinatorial topology was shown to be useful for a...
The field of distributed computability studies whether a task is solvable in a distributed system, as...
International audienceIn this paper, we provide a rigorous characterization of consensus solvability...
Consensus is one of the most fundamental problems in distributed computing. This paper studies the c...
This paper considers the k-set agreement problem in a synchronous distributed system model with sen...
This paper considers the k-set agreement problem in a synchronous distributed system model with send...
AbstractIn this paper we are interested in synchronous distributed systems subject to transient and ...
We take a signi cant step toward unifying the synchronous, semi-synchronous, and asynchronous messag...
The control and termination detection of a distributed computation involving large-scale distributed...
International audienceWe show that the protocol complex formalization of fault-tolerant protocols ca...
We consider an arbitrary communication network G where at most f messages can be lost at each round,...
AbstractThe k-set-agreement problem consists for a set of n processes to agree on less than k among ...
International audienceWe show that the protocol complex formalization of fault-tolerant protocols ca...