For over forty years, we have assumed hierarchical file system namespaces. These namespaces were a rudimentary attempt at simple organization. As users have begun to interact with increasing amounts of data and are increasingly demanding search capability, such a simple hierarchical model has outlasted its usefulness. For this reason, we should design file systems whose organizations map to the ways we access and manipulate data now. We present a new file system architecture in which we replace the hierarchical namespace with a tagged, search-based one.Engineering and Applied Science
Abstract: Today, most computer users work with traditional hierarchical file systems for organizing ...
File systems (FS) are an essential part of operating systems in that they are responsible for storin...
Existing storage systems using hierarchical directory tree do not meet scalability and functionality...
Whether you are interested in improving the usability of Linux, Macintosh or Windows, there is one r...
Whether you are interested in improving the usability of Linux, Macintosh or Windows, there is one r...
Existing implementations of file systems often seem to be made on an ad hoc and implicit basis. This...
Operating systems both old and new are reliant on the venerable hierarchical file system. For some t...
Organising files by grouping them using tags is an alternative approach to filesystem design that h...
For over 30 years, hierarchical file systems have enforced a certain mode of thinking upon users, re...
Explosive growth in volume and complexity of data exacerbates the key challenge to effectively and e...
Among the various kinds of information systems in common use, most people rely on file systems in th...
This paper reports one part of results of a qualitative study conducted in an information institute....
Abstract—Traditional hierarchical file systems offer a single organizational view of the data, thus ...
Modern high end computing systems store hundreds of petabytes of data and have billions of files, as...
: Hierarchical naming, while deeply embedded in our conception of file systems, is a rather weak too...
Abstract: Today, most computer users work with traditional hierarchical file systems for organizing ...
File systems (FS) are an essential part of operating systems in that they are responsible for storin...
Existing storage systems using hierarchical directory tree do not meet scalability and functionality...
Whether you are interested in improving the usability of Linux, Macintosh or Windows, there is one r...
Whether you are interested in improving the usability of Linux, Macintosh or Windows, there is one r...
Existing implementations of file systems often seem to be made on an ad hoc and implicit basis. This...
Operating systems both old and new are reliant on the venerable hierarchical file system. For some t...
Organising files by grouping them using tags is an alternative approach to filesystem design that h...
For over 30 years, hierarchical file systems have enforced a certain mode of thinking upon users, re...
Explosive growth in volume and complexity of data exacerbates the key challenge to effectively and e...
Among the various kinds of information systems in common use, most people rely on file systems in th...
This paper reports one part of results of a qualitative study conducted in an information institute....
Abstract—Traditional hierarchical file systems offer a single organizational view of the data, thus ...
Modern high end computing systems store hundreds of petabytes of data and have billions of files, as...
: Hierarchical naming, while deeply embedded in our conception of file systems, is a rather weak too...
Abstract: Today, most computer users work with traditional hierarchical file systems for organizing ...
File systems (FS) are an essential part of operating systems in that they are responsible for storin...
Existing storage systems using hierarchical directory tree do not meet scalability and functionality...