Title
Contributing storage using the transparent file system
Abstract
Contributory applications allow users to donate unused resources on their personal computers to a shared pool. Applications such as SETI@home, Folding@home, and Freenet are now in wide use and provide a variety of services, including data processing and content distribution. However, while several research projects have proposed contributory applications that support peer-to-peer storage systems, their adoption has been comparatively limited. We believe that a key barrier to the adoption of contributory storage systems is that contributing a large quantity of local storage interferes with the principal user of the machine. To overcome this barrier, we introduce the Transparent File System (TFS). TFS provides background tasks with large amounts of unreliable storage—all of the currently available space—without impacting the performance of ordinary file access operations. We show that TFS allows a peer-to-peer contributory storage system to provide 40% more storage at twice the performance when compared to a user-space storage mechanism. We analyze the impact of TFS on replication in peer-to-peer storage systems and show that TFS does not appreciably increase the resources needed for file replication.
Year
DOI
Venue
2007
10.1145/1288783.1288787
TOS
Keywords
Field
DocType
local storage,fragmentation,peer-to-peer storage system,large amount,user-space storage mechanism,contributory storage system,peer-to-peer,unreliable storage,file replication,transparent file system,peer-to-peer contributory storage system,key barrier,contributory application,additional key words and phrases: contributory systems,aging,data processing,storage system
File replication,Data processing,File system,Peer-to-peer,Computer science,Computer data storage,Fragmentation (computing),Database
Journal
Volume
Issue
Citations 
3
3
3
PageRank 
References 
Authors
0.41
23
3
Name
Order
Citations
PageRank
James Cipar143020.75
Mark D. Corner21292101.03
Emery D. Berger3104855.87