Abstract :
The network technologies and storage devices are developing quickly and the technical devices are inexpensive. Therefore, users have a large amount of storage space, Data Grid can collect distributed storage device to share to other users. In this paper, we discuss several file systems that consist of NFS, SRB, iRODS, Lustre, Gfarm and GPFS-WAN. In Data Grid, we select the specific file system to administrate the storage devices. We must consider the file system that obtains scalibilty, security and stability. Finally, we choose two file systems that consist of Gfarm and GPFS-WAN to be our evaluative target. Gfarm and GPFS-WAN are used to build up large-scale dataset storage system that consists of PRAGMA and TeraGrid, respectively. In this paper, we use Gfarm and GPFS-WAN to create a Data Grid environment and evaluate the performance of data transmission, respectively. As results, the GPFS-WAN´s performance of data transmission is better than Gfarm. The data transmission is one of the factors in Data Grid environment. For instance, the system obtains replication, open source software, easy to install and maintain that is important to be a great Data Grid environment, these important information will be discussed in this paper.
Keywords :
grid computing; network operating systems; public domain software; software performance evaluation; GPFS-WAN; Gfarm performance evaluation; PRAGMA; TeraGrid; data grid environment; data transmission performance evaluation; distributed storage device; large scale dataset storage system; network technologies; open source software;
