Paper Info
Title
Crossing Heterogeneous Grid Systems with a Single Sign-On Scheme Based on a P2P Layer
Abstract
Grid systems provide a standard platform to share resources, such as computing facilities and backup services, between research communities and commercial organizations. Nowadays there are plenty of grids among different institutions, and many of them are probably heterogeneous to others because they are constructed by different types of middleware. Enabling all these grids to work as a single grid can provide users with even more computing power and services. Because of varieties of middleware and certification authority, cooperating across different grids is difficult. We will present a single sign-on scheme such that heterogeneous grids can cooperate through it on top of existing middleware. The proposed scheme focuses on achieving interoperability among different grids above a P2P layer. By means of the scheme and MyProxy X.509 credentials services, we demonstrate our solution to execute jobs on heterogeneous grids with single sign-on.
Year
DOI
Venue
2008
10.1109/APSCC.2008.232
APSCC
Keywords
Field
DocType
single grid,crossing heterogeneous grid systems,computing power,different institution,single sign-on scheme,different type,p2p layer,different grid,grid system,proposed scheme,single sign-on,heterogeneous grid,grid computing,logic gates,p2p,open systems,certificate authority,middleware,security,protocols,certification,servers,authentication
Middleware,Single sign-on,Grid computing,Peer-to-peer,Computer science,Interoperability,Server,Computer network,Grid,Backup,Distributed computing
Conference
Citations 
PageRank 
References 
1
0.35
11
Authors
3
Name
Order
Citations
PageRank
Yuan-Chin Wen110.35
Chia-Hung Chen250.91
Sheng-De Wang372068.13