The development of reliable distributed software is simplified by the ability to assume a fail-stop failure model. We discuss the emulation of such a model in an asynchronous distributed environment. The solution we propose, called Strong-GMP, can be supported through a highly efficient protocol, and has been implemented as part of a distributed systems software project at Cornell University. Here, we focus on the precise definition of the problem, the protocol, correctness proofs and an analysis of costs. Keywords: Asynchronous computation; Fault detection; Process membership; Fault tolerance; Process group
We determine what information about failures is necessary and sufficient to solve Consensus in async...
The FLP result shows that crash-tolerant consensus is impossible to solve in asynchronous systems, a...
We propose a new algorithm for recovering asynchronously from failures in a distributed computation....
The development of reliable distributed software is simplified by the ability to assume a fail-stop ...
Agreement on the membership of a group of processes in a distributed system is a basic problem that ...
We introduce a new algorithm for consistent failure detection in asynchronous systems. Informally, c...
Fault tolerance in distributed computing is a wide area with a significant body of literature that i...
The distributed consensus problem arises when several processes need to reach a common decision desp...
Fault tolerance in distributed computing is a wide area with a significant body of literature that i...
This paper presents a deterministic algorithm that solves consensus in asynchronous distributed syst...
Abstract—The Global Data Computation problem consists of providing each process with the same vector...
The fail-stop failure model appears frequently in the distributed systems literature. However, in a...
We develop necessary conditions for the development of asynchronous distributed software that will p...
this paper is to define a clear semantics of the virtually-synchronous model, and to show that distr...
We investigate the problem of detecting termination of a distributed computation in asynchronous sy...
We determine what information about failures is necessary and sufficient to solve Consensus in async...
The FLP result shows that crash-tolerant consensus is impossible to solve in asynchronous systems, a...
We propose a new algorithm for recovering asynchronously from failures in a distributed computation....
The development of reliable distributed software is simplified by the ability to assume a fail-stop ...
Agreement on the membership of a group of processes in a distributed system is a basic problem that ...
We introduce a new algorithm for consistent failure detection in asynchronous systems. Informally, c...
Fault tolerance in distributed computing is a wide area with a significant body of literature that i...
The distributed consensus problem arises when several processes need to reach a common decision desp...
Fault tolerance in distributed computing is a wide area with a significant body of literature that i...
This paper presents a deterministic algorithm that solves consensus in asynchronous distributed syst...
Abstract—The Global Data Computation problem consists of providing each process with the same vector...
The fail-stop failure model appears frequently in the distributed systems literature. However, in a...
We develop necessary conditions for the development of asynchronous distributed software that will p...
this paper is to define a clear semantics of the virtually-synchronous model, and to show that distr...
We investigate the problem of detecting termination of a distributed computation in asynchronous sy...
We determine what information about failures is necessary and sufficient to solve Consensus in async...
The FLP result shows that crash-tolerant consensus is impossible to solve in asynchronous systems, a...
We propose a new algorithm for recovering asynchronously from failures in a distributed computation....