AbstractIn this paper we show how a distributed system with synchronous processors and asynchronous message delays can be simulated by a system with both asynchronous processors and asynchronous message delays in the presence of various types of processor faults. Consequently, the result of Fischer, Lynch, and Paterson (1985, J. Assoc. Comput. Mach. 32, 374–382) that no consensus protocol for asynchronous processors and communication can tolerate one failstop fault, implies a result of Dolev, Dwork, and Stockmeyer (1987, J. Assoc. Comput. Mach. 34) that no consensus protocol for synchromous processors and asynchronous communication can tolerate one failstop fault
Fault tolerance in distributed computing is a wide area with a significant body of literature that i...
A distributed system is a system composed of a set of autonomous computation units endowed with comm...
We propose a new hybrid fault model for clock synchronization and single-round (approximate) agreeme...
AbstractIn this paper we show how a distributed system with synchronous processors and asynchronous ...
When the desired reliability of a computing system exceeds that of its individual hardware componen...
The fail-stop failure model appears frequently in the distributed systems literature. However, in a...
A distributed system consists of a set of processors that communicate by message transmission and th...
The distributed consensus problem arises when several processes need to reach a common decision desp...
It has long been known that the consensus problem can-not be solved deterministically in completely ...
Abstract—We investigate whether asynchronous computational models and asynchronous algorithms can be...
Distributed computing systems offer a number of advantages over centralized systems, such as the re...
Distributed computing is inherently based on replication, promising in-creased tolerance to failures...
The fail-stop failure model appears frequently in the distributed systems literature. However, in an...
2006-2007 > Academic research: refereed > Refereed conference paperVersion of RecordPublishe
Developing fault-tolerant distributed protocols is a difficult task. The difficulty of this task in...
Fault tolerance in distributed computing is a wide area with a significant body of literature that i...
A distributed system is a system composed of a set of autonomous computation units endowed with comm...
We propose a new hybrid fault model for clock synchronization and single-round (approximate) agreeme...
AbstractIn this paper we show how a distributed system with synchronous processors and asynchronous ...
When the desired reliability of a computing system exceeds that of its individual hardware componen...
The fail-stop failure model appears frequently in the distributed systems literature. However, in a...
A distributed system consists of a set of processors that communicate by message transmission and th...
The distributed consensus problem arises when several processes need to reach a common decision desp...
It has long been known that the consensus problem can-not be solved deterministically in completely ...
Abstract—We investigate whether asynchronous computational models and asynchronous algorithms can be...
Distributed computing systems offer a number of advantages over centralized systems, such as the re...
Distributed computing is inherently based on replication, promising in-creased tolerance to failures...
The fail-stop failure model appears frequently in the distributed systems literature. However, in an...
2006-2007 > Academic research: refereed > Refereed conference paperVersion of RecordPublishe
Developing fault-tolerant distributed protocols is a difficult task. The difficulty of this task in...
Fault tolerance in distributed computing is a wide area with a significant body of literature that i...
A distributed system is a system composed of a set of autonomous computation units endowed with comm...
We propose a new hybrid fault model for clock synchronization and single-round (approximate) agreeme...