Designs for distributed systems must consider the possibility that failures will arise and must adopt specific failure detection strategies. We describe and analyze a self-regulating failuredetection algorithm that bounds resource usage and failuredetection latency, while automatically reassigning resources to improve failure-detection latency as system size decreases. We apply the algorithm to (1) Jini leasing, (2) service registration in the Service Location Protocol (SLP), and (3) SLP service polling. 1
In recent autonomous decentralized systems, every node might not execute the same algorithm because ...
Failure detectors are fundamental building blocks in distributed systems. Multi-node failure detec-t...
Failure detectors are basic building blocks of fault-tolerant distributed systems and are used in a ...
Abstract. Failure detectors are basic building blocks from which fault tolerance for distributed sys...
Failure detection is a basic service for building dependable systems. The large-scale distribution o...
Abstract. The initiatives Organic Computing and Autonomic Comput-ing introduced challenging visions ...
Failure detection is at the core of most fault tolerance strategies, but it often depends on reliabl...
This paper surveys the failure detector concept through two dimensions. First we study failure detec...
It is widely recognized that distributed systems would greatly benefit from the availability of a ge...
A monitoring approach to the problem of constructing fault-tolerant and adaptive real-time systems, ...
The detection of failures in distributed environments is a crucial part for developing dependable, r...
A monitoring approach to the problem of constructing fault-tolerant and adaptive real-time systems, ...
Abstract—Failure detection is a basic service for building dependable systems. The large scale distr...
Short overview: Both Grid middleware services and applications face failures, and the more widely de...
Failure detectors are fundamental building blocks in distributed systems. Multi-node failure detect...
In recent autonomous decentralized systems, every node might not execute the same algorithm because ...
Failure detectors are fundamental building blocks in distributed systems. Multi-node failure detec-t...
Failure detectors are basic building blocks of fault-tolerant distributed systems and are used in a ...
Abstract. Failure detectors are basic building blocks from which fault tolerance for distributed sys...
Failure detection is a basic service for building dependable systems. The large-scale distribution o...
Abstract. The initiatives Organic Computing and Autonomic Comput-ing introduced challenging visions ...
Failure detection is at the core of most fault tolerance strategies, but it often depends on reliabl...
This paper surveys the failure detector concept through two dimensions. First we study failure detec...
It is widely recognized that distributed systems would greatly benefit from the availability of a ge...
A monitoring approach to the problem of constructing fault-tolerant and adaptive real-time systems, ...
The detection of failures in distributed environments is a crucial part for developing dependable, r...
A monitoring approach to the problem of constructing fault-tolerant and adaptive real-time systems, ...
Abstract—Failure detection is a basic service for building dependable systems. The large scale distr...
Short overview: Both Grid middleware services and applications face failures, and the more widely de...
Failure detectors are fundamental building blocks in distributed systems. Multi-node failure detect...
In recent autonomous decentralized systems, every node might not execute the same algorithm because ...
Failure detectors are fundamental building blocks in distributed systems. Multi-node failure detec-t...
Failure detectors are basic building blocks of fault-tolerant distributed systems and are used in a ...