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Abstract: The Global Flush communication primitive allows the sender to order receipt of a message with respect to receipt of other messages. Use of this primitive provides an elegant way to reason about message orderings (as it allows a process to deduce the receipt event orderings at other processes), simplifies algorithm development, and permits higher communication level concurrency than some communication primitives proposed in the literature. In this paper, we discuss an implementation of the... (Update)
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BibTeX entry: (Update)
@misc{ and-implementation,
author = "Ashwani Gahlot And",
title = "An Implementation of Global Flush Primitive using F-channels",
url = "citeseer.ist.psu.edu/510958.html" }
Citations (may not include all citations):917 and the ordering of events in a distributed system (context) - Lamport, clocks - 1978
572 Distributed snapshots: Determining global states of distribu.. (context) - Chandy, Lampoft - 1985
476 Implementing remote procedure calls - Nelson - 1984
361 Reliable communication in the presence of failures (context) - Bitman, Joseph - 1987
352 Virtual time and global states of distributed systems - Mattern - 1989
214 Preserving and using context information in interprocess com.. - Peterson, Buchholz - 1989
72 Partial orders for parallel debugging (context) - Fidge - 1985
26 Remote pipes and procedures for efficient distributed commun.. (context) - Glasser - 1988
17 Flush primitives for asynchronous distributed systems (context) - Ahuja - 1990
10 Fast causal multicast (context) - Bitman, Schiper et al. - 1990
2 A CM Transactions on Computer Systems (context) - Chang, broadcast - 1984
1 A new algorithm to implement causal ordering (context) - Andre, Jorge - 1989
1 Termination detection for distributed computation (context) - Dijkstra, Scholten - 1980
1 Global flush primitive for sending a message to a group of p.. (context) - Gahlot, Ahuja et al. - 1992
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