Add to ORKGFault-tolerant protocols are currently unscalable for large clusters. After a brief explanation of the protocols currently used to provide fault tolerance to distributed systems, we demonstrate why they do not scale. We then introduce ve analyses which use compilers to make these protocols more scalable. Experiments to test the validity of these techniques are also presented
textDistributed systems are rapidly increasing in importance due to the need for scalable computatio...
Clusters of workstations, connected by a fast network, are emerging as a viable architecture for bui...
This book covers the most essential techniques for designing and building dependable distributed sys...
Fault tolerance can be defined as a concept of recovery that keeps a computer system operational by ...
Abstractions useful in fault-tolerant and distributed systems are described. The abstractions are s...
With the advent of large networks and the demand to have uninterrupted service, there is a pressing ...
In this document, we present our approaches for understanding and discovering scalability faults,i.e...
International audienceThis book presents the most important fault-tolerant distributed programming a...
We consider issues of fault tolerance for distributed computing systems at two levels of system desi...
This paper shows how a state-of-the-art software distributed shared-memory (DSM) protocol can be eff...
Developing fault-tolerant distributed protocols is a difficult task. The difficulty of this task in...
In recent years, the study of distributed systems has become an increasingly important focus of comp...
Future extreme-scale high-performance computing systems will be required to work under frequent com...
: Distributed Shared Memory (dsm) architectures are attractive to execute high performance parallel ...
Clusters of message-passing computing nodes provide high-performance platforms for distributed appli...
textDistributed systems are rapidly increasing in importance due to the need for scalable computatio...
Clusters of workstations, connected by a fast network, are emerging as a viable architecture for bui...
This book covers the most essential techniques for designing and building dependable distributed sys...
Fault tolerance can be defined as a concept of recovery that keeps a computer system operational by ...
Abstractions useful in fault-tolerant and distributed systems are described. The abstractions are s...
With the advent of large networks and the demand to have uninterrupted service, there is a pressing ...
In this document, we present our approaches for understanding and discovering scalability faults,i.e...
International audienceThis book presents the most important fault-tolerant distributed programming a...
We consider issues of fault tolerance for distributed computing systems at two levels of system desi...
This paper shows how a state-of-the-art software distributed shared-memory (DSM) protocol can be eff...
Developing fault-tolerant distributed protocols is a difficult task. The difficulty of this task in...
In recent years, the study of distributed systems has become an increasingly important focus of comp...
Future extreme-scale high-performance computing systems will be required to work under frequent com...
: Distributed Shared Memory (dsm) architectures are attractive to execute high performance parallel ...
Clusters of message-passing computing nodes provide high-performance platforms for distributed appli...
textDistributed systems are rapidly increasing in importance due to the need for scalable computatio...
Clusters of workstations, connected by a fast network, are emerging as a viable architecture for bui...
This book covers the most essential techniques for designing and building dependable distributed sys...