Abstract: The present invention provides a method and system of backing up a de-duplicated computer file-system of a computer system. In an exemplary embodiment, the method and system include (1) dividing the file-system into partitions and (2) storing each of the partitions on a separate storage medium.

Abstract: A system and a method for identifying computer users having files with common attributes are provided. The method includes generating a first table having a set of attributes for each file in a first set of files associated with a first computer user. The set of attributes for each file in the first set of files have a plurality of attribute types. The method further includes generating a second table having a set of attributes for each file in a second set of files associated with a second computer user. The set of attributes for each file in the second set of files have the plurality of attribute types. The method further includes generating a similarity table by comparing each set of attributes in the first table with each set of attributes in the second table, utilizing a predetermined similarity metric, and determining whether the first and second computer users have at least one file with common attributes, based on data in the similarity table.

Abstract: A system and a method for identifying computer users having files with common attributes are provided. The method includes generating a first table having a set of attributes for each file in a first set of files associated with a first computer user. The set of attributes for each file in the first set of files have a plurality of attribute types. The method further includes generating a second table having a set of attributes for each file in a second set of files associated with a second computer user. The set of attributes for each file in the second set of files have the plurality of attribute types. The method further includes generating a similarity table by comparing each set of attributes in the first table with each set of attributes in the second table, utilizing a predetermined similarity metric, and determining whether the first and second computer users have at least one file with common attributes, based on data in the similarity table.

Abstract: Interface mechanism for quickly accessing recently used artifacts in a computer desktop environment. The interface mechanism integrates across a multitude of tools available in a computer desktop environment to present a list of recently used computer artifacts that can be automatically sorted or filtered in useful ways. Examples of computer-based artifacts that the interface can present include objects that relate to people, events, URLs, email messages, attachments, shared objects or shared activities. Filtering and sorting operations enable the interface mechanism to provide a list of the computer artifacts in a manner that is useful to the user. Also, the interface mechanism permits to perform frequently desired operations beyond opening a file or application such as dragging and dropping items for copying and pasting into the user's current context.

Abstract: A networked virtual jukebox renders audible music or other audio files to all within audio range of the virtual jukebox. The order of rendering is determined by requesting methods, which include networked peer-voting input, recent play history, random selection and voting. Voting is received from each networked device in communication with the networked virtual jukebox using all types of input methods such as keyboard, mouse, and voice input. The networked virtual jukebox can also operate unattended by playing music and/or audio files based on random selection of past voting.

Abstract: A networked virtual jukebox renders audible music or other audio files to all within audio range of the virtual jukebox. The order of rendering is determined by requesting methods, which include networked peer-voting input, recent play history, random selection and voting. Voting is received from each networked device in communication with the networked virtual jukebox using all types of input methods such as keyboard, mouse, and voice input. The networked virtual jukebox can also operate unattended by playing music and/or audio files based on random selection of past voting.