Andrew File System
The Andrew File System (AFS) is a distributed network file system that enables files from any AFS machine across the country to be accessed as easily as files stored locally. It is an enterprise file system designed for use in a distributed environment on multiple computing platforms. AFS allows users on various types of computers to access the same file system. To a casual UNIX user, AFS disk space looks like a regular local disk; to Windows and Mac OS X users, it looks like a normal network drive. So with a single namespace and Kerberos authentication, AFS allows a user to log into any machine participating in the DCI and be presented their files and/or applications. AFS is composed of cells, with each cell representing an independently administered portion of file space. Cells are composed of two types of machines: fileserver and client. Fileservers are machines that typically store and control the files. A client machine accesses the files. Cells connect to form one enormous UNIX file system under the root /afs directory. PSC organizes and maintains the disk space associated with the cell psc.edu. One can access your PSC AFS space from most of PSC's machines, and can also make your directories accessible to users from any
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Some common words found in the essay are:
Sprite FS, PSC AFS, Mac OS, AFS AFS, System AFS, Additionally AFS, Control Lists, AFS Sprite, Mobility AFS, Kerberos AFS, file system, afs client, local disk, file systems, file close, disk cache, file space, client file, processes file, servers track, servers track clients, local disk cache, afs file space, sprite servers track,
Approximate Word count = 968
Approximate Pages = 4 (250 words per page double spaced)
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