This paper looks at algorithms for the detection of termination in a distributed system and analyzes them for effectiveness and efficiency. A survey is done of the published algorithms for distributed termination and each is evaluated. Both centralized distributed systems and fully distributed systems are reviewed. The algorithms are analyzed for the overhead and conclusions are made about the situations in which they can be used, i.e. an operating system, a real-time system, or a user application. An original algorithm is presented for the asynchronous case with first-in-first-out message ordering. It allows any process to initiate detection of termination and makes use of multiple tokens
This paper revisits distributed termination detection algorithms in the context of high-perf...
A symmetric algorithm for detecting the termination of a distributed computation is presented. The a...
Efficient determination of processing termination at barrier synchronization points can occupy an im...
We revisit the problem of detecting the termination of a distributed application in an asynchronous ...
This report supersedes report 42/85 ''New algorithms for distributed termination detection in asynch...
Termination detection constitutes one of the basic problems of distributed computing and many distri...
Facing the different approaches to process activation and global termination detection on distribute...
In this paper we present an algorithm for solving the distributed termination detection problem. In ...
An important problem in distributed systems is to detect termination of a distributed computation. A...
Facing the different approaches to process activation and global termination detection on distribute...
This article will appear in the proceedings of the 13th IEEE Int. Conf. on Dist. Comp. Systems, Pitt...
AbstractThe termination detection problem involves detecting whether an ongoing distributed computat...
The purpose of this paper is twofold, viz. to present a new [0] algorithm for the detection of the t...
Abstract. The detection of termination of a distributed computation is an important problem in distr...
A collection of protocols to facilitate detection of the termination of a computation on a distribu...
This paper revisits distributed termination detection algorithms in the context of high-perf...
A symmetric algorithm for detecting the termination of a distributed computation is presented. The a...
Efficient determination of processing termination at barrier synchronization points can occupy an im...
We revisit the problem of detecting the termination of a distributed application in an asynchronous ...
This report supersedes report 42/85 ''New algorithms for distributed termination detection in asynch...
Termination detection constitutes one of the basic problems of distributed computing and many distri...
Facing the different approaches to process activation and global termination detection on distribute...
In this paper we present an algorithm for solving the distributed termination detection problem. In ...
An important problem in distributed systems is to detect termination of a distributed computation. A...
Facing the different approaches to process activation and global termination detection on distribute...
This article will appear in the proceedings of the 13th IEEE Int. Conf. on Dist. Comp. Systems, Pitt...
AbstractThe termination detection problem involves detecting whether an ongoing distributed computat...
The purpose of this paper is twofold, viz. to present a new [0] algorithm for the detection of the t...
Abstract. The detection of termination of a distributed computation is an important problem in distr...
A collection of protocols to facilitate detection of the termination of a computation on a distribu...
This paper revisits distributed termination detection algorithms in the context of high-perf...
A symmetric algorithm for detecting the termination of a distributed computation is presented. The a...
Efficient determination of processing termination at barrier synchronization points can occupy an im...