This paper presents a simple framework unifying a family of consensus algorithms that can tolerate process crash failures and asynchronous periods of the network, also called indulgent consensus algorithms. Key to the framework is a new abstraction we introduce here, called Alpha, and which precisely captures consensus safety. Implementations of Alpha in shared memory, storage area network, message passing and active disk systems are presented, leading to directly derived consensus algorithms suited to these communication media. The paper also considers the case where the number of processes is unknown and can be arbitrarily larg
. We present a Consensus algorithm that combines randomization and unreliable failure detection, two...
International audienceConsensus is the paradigmatic problem in fault-tolerant distributed computing:...
This exercise shows how a simple restricted algorithm can be used to present an introductory discuss...
This paper presents a simple framework unifying a family of consensus algorithms that can tolerate p...
We provide a novel model to formalize a well-known algorithm, by Chandra and Toueg, that solves Cons...
Distributed systems are the basis of widespread computing facilities enabling many of our daily life...
This paper presents a deterministic algorithm that solves consensus in asynchronous distributed syst...
This paper investigates under which conditions information can be reliably shared and consensus can ...
International audienceWhile consensus is at the heart of many coordination problems in asynchronous ...
In the crash-recovery failure model of asynchronous distributed systems, processes can temporarily s...
RapportWe consider asynchronous distributed systems with message losses and process crashes. We stud...
An indulgent algorithm is a distributed algorithm that tolerates asynchronous periods of the network...
International audienceThis paper is on the design of a consensus object in the context of asynchrono...
This paper is on the Consensus problem, in the context of asyn-chronous distributed systems made of ...
The distributed consensus problem arises when several processes need to reach a common decision desp...
. We present a Consensus algorithm that combines randomization and unreliable failure detection, two...
International audienceConsensus is the paradigmatic problem in fault-tolerant distributed computing:...
This exercise shows how a simple restricted algorithm can be used to present an introductory discuss...
This paper presents a simple framework unifying a family of consensus algorithms that can tolerate p...
We provide a novel model to formalize a well-known algorithm, by Chandra and Toueg, that solves Cons...
Distributed systems are the basis of widespread computing facilities enabling many of our daily life...
This paper presents a deterministic algorithm that solves consensus in asynchronous distributed syst...
This paper investigates under which conditions information can be reliably shared and consensus can ...
International audienceWhile consensus is at the heart of many coordination problems in asynchronous ...
In the crash-recovery failure model of asynchronous distributed systems, processes can temporarily s...
RapportWe consider asynchronous distributed systems with message losses and process crashes. We stud...
An indulgent algorithm is a distributed algorithm that tolerates asynchronous periods of the network...
International audienceThis paper is on the design of a consensus object in the context of asynchrono...
This paper is on the Consensus problem, in the context of asyn-chronous distributed systems made of ...
The distributed consensus problem arises when several processes need to reach a common decision desp...
. We present a Consensus algorithm that combines randomization and unreliable failure detection, two...
International audienceConsensus is the paradigmatic problem in fault-tolerant distributed computing:...
This exercise shows how a simple restricted algorithm can be used to present an introductory discuss...