| T. Moreton, I. Pratt, and T. Harris. Storage, Mutability and Naming in Pasta. In Proc. Int'l Workshop on Peer-to-Peer Computing at Networking 2002. |
....we argue that a critical next step in meeting the information location challenge in P2P systems is to provide a directory structure that allows users to cooperatively organize and browse the shared data collection. One approach to providing a directory structure is to implement a file system [16, 15]. However, file system designers have historically been most concerned with storage issues such as allocation, management, and caching of file blocks rather than supporting the directory as a first class object. Furthermore, file systems embody established storage semantics (e.g. partial writes, ....
....Several on going projects are exploring the implementation of file systems on top of P2P indexing networks. Both the Secure Read Only File System [8] and the Cooperative File Systems [6] are block level, read only read file systems. Both allow a form of update for the publisher. The Pasta [15] and Ivy [16] file systems provide read write file systems where writes are not restricted to only the publisher. Pasta also supports the altering of directory structure structures that belong to other users by creating locally owned copies of necessary index blocks. These copies can then be ....
T. D. Moreton, I. A. Pratt, and T. L. Harris. Storage, mutability and naming in pasta. In International Workshop on Peer-to-Peer Computing, 2002.
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T. Moreton, I. Pratt, and T. Harris. Storage, Mutability and Naming in Pasta. In Proc. Int'l Workshop on Peer-to-Peer Computing at Networking 2002.
No context found.
PRATT, I. A., MORETON, T., AND HARRIS, T. L. Storage, mutability and naming in pasta. In 2002.
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Ian A Pratt, Timothy Moreton, and Timothy L Harris. Storage, mutability and naming in pasta. In 2002.
....This allows authenticated clients to deploy tasks over a flexible, resource managed XenoServer, supporting Linux and Java execution environments. Elsewhere, we introduce the XenoStore distributed file system, built over the foundations presented here, to provide a shared global storage network [22], and propose a trust management architecture for our platform [8] Related work Many research groups have been developing computational grids [15] These construct virtual supercomputers dynamically from geographically dispersed and heterogenous resources linked by high speed networks. Such ....
I. A. Pratt, T. Moreton, and T. L. Harris. Storage, mutability and naming in pasta. In 2002.
No context found.
Tim D. Moreton, Ian A. Pratt, and Timothy L. Harris. Storage, Mutability and Naming in Pasta. In Proceedings of the International Workshop on Peer-to-Peer Computing at Networking 2002.
No context found.
T. D. Moreton, I. A. Pratt, and T. L. Harris. Storage, Mutability and Naming in Pasta. In Proc. of the International Workshop on Peer-to-Peer Computing at Networking 2002.
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