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Larchant: Persistence by Reachability in Distributed Shared Memory through Garbage Collection

By Paulo Ferreira, Marc Shapiro and Inria Projet Sor

Abstract

We consider a shared store based on distributed shared memory (DSM), supporting persistence by reachability (PBR), a very simple data sharing model for a distributed system. This DSM+PBR model is based on distributed garbage collection (GC). Within a general model for DSM+PBR, we specify a distributed GC algorithm that is efficient and scalable. Its main features are: (i) independent collection of memory subsets (even when replicated), (ii) orthogonal from coherence, (iii) asynchrony, and (iv) a simple heuristic to collect cycles avoiding extra I/O costs. We briefly describe our implementation and show some performance results. 1

Publisher: Society Press
Year: 1996
OAI identifier: oai:CiteSeerX.psu:10.1.1.413.4385
Provided by: CiteSeerX
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