This paper describes the design of a network file service that is tolerant to fail-stop failures and can be run on top of a standard network file service. The fault-tolerance is completely transparent, so the resulting file system can support the same set of heterogeneous workstations and applications as the chosen standard supports. To demonstrate that our design can provide the benefit of highly available files at a reasonable cost to the user, we implemented a prototype based on the Sun NFS protocol. Our approach is not limited to being used with NFS, however. The methodology we used should apply to any network file service built along the client-server model
Abstract: We survey four secure fault-tolerance distributed file systems: Farsite, OceanStore, Ivy, ...
The advent of wide-area high-speed networks provides the framework for deploying large scale applica...
This dissertation describes the design and implementation of the file system component of the Saguar...
In most modern local area network environments, NFS is used to provide remote file storage on a part...
Data mining and user data collection applications, like Facebook and Yahoo, make dealing with huge a...
[[abstract]]Web services are Web-based enterprise applications that use open, XML-based standards an...
In this paper, we propose a new paradigm for network file system design, serverless network file sys...
The goal of this paper is to inform readers about high availability problematics and provide basic o...
One of the first uses of distributed client/server computing was in the realm of distributed file sy...
Managing network file systems in large deployments is a critical challenge facing administrators tod...
Distributed file systems need to provide for fault tolerance. This is typically achieved with the re...
Abstract—The peer-to-peer model and the bandwidth avail-ability are fostering the creation of new di...
This paper presents empirical experience on a scalable, high-performance storage with two existing l...
Technological trends such as the availability of mobile computers and the expanding network infrastr...
Under normal circumstances, NFS provides transparent access to remote file systems. Nevertheless, a ...
Abstract: We survey four secure fault-tolerance distributed file systems: Farsite, OceanStore, Ivy, ...
The advent of wide-area high-speed networks provides the framework for deploying large scale applica...
This dissertation describes the design and implementation of the file system component of the Saguar...
In most modern local area network environments, NFS is used to provide remote file storage on a part...
Data mining and user data collection applications, like Facebook and Yahoo, make dealing with huge a...
[[abstract]]Web services are Web-based enterprise applications that use open, XML-based standards an...
In this paper, we propose a new paradigm for network file system design, serverless network file sys...
The goal of this paper is to inform readers about high availability problematics and provide basic o...
One of the first uses of distributed client/server computing was in the realm of distributed file sy...
Managing network file systems in large deployments is a critical challenge facing administrators tod...
Distributed file systems need to provide for fault tolerance. This is typically achieved with the re...
Abstract—The peer-to-peer model and the bandwidth avail-ability are fostering the creation of new di...
This paper presents empirical experience on a scalable, high-performance storage with two existing l...
Technological trends such as the availability of mobile computers and the expanding network infrastr...
Under normal circumstances, NFS provides transparent access to remote file systems. Nevertheless, a ...
Abstract: We survey four secure fault-tolerance distributed file systems: Farsite, OceanStore, Ivy, ...
The advent of wide-area high-speed networks provides the framework for deploying large scale applica...
This dissertation describes the design and implementation of the file system component of the Saguar...