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A cyclic distributed garbage collector for network objects (1996)

Abstract
This paper presents an algorithm for distributed garbage collection and outlines its implementation within the Network Objects system. The algorithm is based on a reference listing scheme, which is augmented by partial tracing in order to collect distributed garbage cycles. Processes may be dynamically organised into groups, according to appropriate heuristics, to reclaim distributed garbage cycles. The algorithm places no overhead on local collectors and suspends local mutators only briefly. Partial tracing of the distributed graph involves only objects thought to be part of a garbage cycle: no collaboration with other processes is required. The algorithm offers considerable flexibility, allowing expediency and fault-tolerance to be traded against completeness.

Publication details
Download http://hdl.handle.net/1822/2355
Publisher Springer
Repository Universidade do Minho (Portugal)
Keywords Distributed systems, Termination detection, Fault tolerance, Garbage collection, Algorithms
Type conferenceItem
Language eng
Relation Lecture notes in computer science ; 1151

Cited publications (12)
Compacting Garbage Collection with Ambiguous Roots (1999)
Distributed Garbage Collection Using Group Reference Counting (1998)
Distributed Garbage Collection for Network Objects (1995)
Analysis of Reference Count Garbage Collection Schemes for Declarative Languages (1988)
Larchant: Persistence by Reachability in Distributed Shared Memory through Garbage Collection (1996)
Garbage Collection on an Open Network (1999)
Cyclic Weighted Reference Counting without Delay (1992)
Comprehensive and Robust Garbage Collection in a Distributed System (1998)
Finalization in a Garbage Collected World (1991)
Fault-Tolerant Distributed Garbage Collection in a Client-Server Object-Oriented Database (1994)