Paper Info
Title
Storage reclamation and reorganization in client-server persistent object stores
Abstract
The authors develop and evaluate a number of storage reclamation algorithms for client-server persistent object stores. Experience with a detailed simulation and a prototype implementation in the Exodus storage manager shows that one of the proposed algorithms, the Incremental Partitioned Collector, is complete, maintains transaction semantics, and can be run incrementally and concurrently with client applications. Furthermore, it can significantly improve subsequent system performance by reclustering data, rendering it attractive even for systems that choose not to support automatic storage reclamation
Year
DOI
Venue
1994
10.1109/ICDE.1994.282998
ICDE
Keywords
Field
DocType
exodus storage manager,data reclustering,object-oriented databases,system performance,storage reclamation algorithms,prototype implementation,incremental partitioned collector,simulation,automatic storage reclamation,file organisation,object-oriented programming,storage reorganization,client applications,storage reclamation,client-server persistent object stores,distributed processing,transaction semantics,lab on a chip,object oriented programming,client server,application software,parallel processing,prototypes
Object-oriented programming,Method,Computer science,Land reclamation,Rendering (computer graphics),Database transaction,Semantics,Database,Object oriented databases,Client–server model
Conference
Citations 
PageRank 
References 
28
12.32
21
Authors
3
Name
Order
Citations
PageRank
Voon-Fee Yong12812.32
Jeffrey F. Naughton283631913.71
Jie-bing Yu325294.46