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An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

Distribyuten faylsistèms in kompyutiŋ dè törminolloji wa alaw akses tu fayls loukeiten on kitadè rīmot host as though working on the actual host computer. This makes it possible for multiple users on multiple machines to share files and storage resources. The client nodes do not have direct access to the underlying block storage but interact over the network using a protocol. This makes it possible to restrict access to the file system depending on access lists or capabilities on both the servers and the clients, depending on how the protocol is designed.

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  • Distribyuten faylsistèms
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  • Distribyuten faylsistèms in kompyutiŋ dè törminolloji wa alaw akses tu fayls loukeiten on kitadè rīmot host as though working on the actual host computer. This makes it possible for multiple users on multiple machines to share files and storage resources. The client nodes do not have direct access to the underlying block storage but interact over the network using a protocol. This makes it possible to restrict access to the file system depending on access lists or capabilities on both the servers and the clients, depending on how the protocol is designed.
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dbkwik:babyish/pro...iPageUsesTemplate
abstract
  • Distribyuten faylsistèms in kompyutiŋ dè törminolloji wa alaw akses tu fayls loukeiten on kitadè rīmot host as though working on the actual host computer. This makes it possible for multiple users on multiple machines to share files and storage resources. The client nodes do not have direct access to the underlying block storage but interact over the network using a protocol. This makes it possible to restrict access to the file system depending on access lists or capabilities on both the servers and the clients, depending on how the protocol is designed. In contrast, in a shared disk file systems all nodes have equal access to the block storage where the file system is located. On these systems the access control must reside on the client. Distributed file systems may include facilities for transparent replication and fault tolerance. That is, when a limited number of nodes in a file system go offline, the system continues to work without any data loss. The difference between a distributed file system and a distributed data store can be vague, but DFSes are generally geared towards use on local area networks. 分散ファイルシステム（英: Distributed File System、DFS）とは、ネットワークファイルシステムの一種であり、単一のファイルシステムが複数の物理コンピュータノードに分散して存在する形態のものを指す。個々のノードはファイルシステム全体の一部しか直接アクセスできない。これに対してSANファイルシステムでは、全ノードがストレージ全体に一様に直接アクセスできる。 分散ファイルシステムには一般に、透過的レプリケーションとフォールトトレラント性に関する機能がある。すなわち、ファイルシステムを構成するノード群の一部がオフラインになっても、データを失うことなくシステムとして機能し続ける。 分散ファイルシステムと分散データストアの違いはあいまいだが、DFS は一般にLANでの利用に特化していることが多い。
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