Abstract: The emergence of network-attached disks provides the possibility of transferring data between the storage system and the client directly. This oers new possibilities in building a distributed storage system. In this paper, we examine dierent storage organizations based on network-attached disks and compare the performance of these systems to a traditional system. Trace-driven simulations are used to measure the average response times of the client requests in two dierent workloads. The results indicate that it is possible to reduce the workload on the le manager and improve performance in some workloads. However, in other workloads, reduced cache hit ratios may oset the gains of distributing the network processing workload.
Current network file system protocols rely heavily on a central server to coordinate file activity a...
Modern scientific computing involves organizing, moving, visualizing, and analyzing massive amounts ...
Changing relative performance of processors, networks, and disks makes it necessary to reconsider al...
Network attached storage devices improve I/O performance by separating control and data paths and el...
An important trend in the design of storage subsystems is a move toward direct network attachment. N...
Network-attached storage enables network-striped data transfers directly between client and storage ...
An important trend in the design of storage subsystems is a move toward direct network attachment. N...
An important trend in the design of storage subsystems is a move toward direct network attachment. N...
Disaggregated storage systems represent a promising approach for large-scale data center storage fra...
This paper presents a unique storage architecture that utilizes the multiplicity of storage nodes in...
The principal trend in the design of computer systems is the expectation of much greater computation...
Recent studies have shown that network coding can improve the performance of the distributed storage...
We present an architecture for network authenticated disks that can be used to implement distributed...
(NASD) storage architecture, prototype implementations of NASD drives, array management for our arch...
Emerging applications such as data warehousing, multimedia content distribution, electronic commerce...
Current network file system protocols rely heavily on a central server to coordinate file activity a...
Modern scientific computing involves organizing, moving, visualizing, and analyzing massive amounts ...
Changing relative performance of processors, networks, and disks makes it necessary to reconsider al...
Network attached storage devices improve I/O performance by separating control and data paths and el...
An important trend in the design of storage subsystems is a move toward direct network attachment. N...
Network-attached storage enables network-striped data transfers directly between client and storage ...
An important trend in the design of storage subsystems is a move toward direct network attachment. N...
An important trend in the design of storage subsystems is a move toward direct network attachment. N...
Disaggregated storage systems represent a promising approach for large-scale data center storage fra...
This paper presents a unique storage architecture that utilizes the multiplicity of storage nodes in...
The principal trend in the design of computer systems is the expectation of much greater computation...
Recent studies have shown that network coding can improve the performance of the distributed storage...
We present an architecture for network authenticated disks that can be used to implement distributed...
(NASD) storage architecture, prototype implementations of NASD drives, array management for our arch...
Emerging applications such as data warehousing, multimedia content distribution, electronic commerce...
Current network file system protocols rely heavily on a central server to coordinate file activity a...
Modern scientific computing involves organizing, moving, visualizing, and analyzing massive amounts ...
Changing relative performance of processors, networks, and disks makes it necessary to reconsider al...