Mathon Systems, Inc.

Slam Dunk Networks, Inc.

John D Mathon

David Arthur Yost

Rick Kiessig

Ganesan Gopal

Randy Menna

Tirumanjanam Rengarajan

Andre Srinivasan

Kannan Ananthanarayanan

Robert Rightmyer

Kasi Sankaralingam

Kayshave Dattatri

Rajiv Maheshwari

A system and method for electronic file management includes an object-oriented file management database, a volume manager, and a coherency manager. The volume manager manages electronic files and metadata relating to the files of one or more volumes. Each volume may include folders, files, and/or other digital content. The coherency manager, among other things, facilitates consistency among multiple volume managers through the management of file versions and/or related files within or among the multiple volumes. The coherency manager utilizes metadata associated with files. A user interface allows a user to view and manage, within the file management system, metadata associated with the electronic files.

System and method for managing content

A system and method for electronic file management includes an object-oriented file management database, a volume manager, and a coherency manager. The volume manager manages electronic files and metadata relating to the files of one or more volumes. Each volume may include folders, files, and/or other digital content. The file management system organizes files based on the metadata related to each file. The metadata may include automatically generated metadata or user-defined metadata. A user interface facilitates user interaction with the file management system.

System and method for managing content including addressability features

A system and method for electronic file management includes an object-oriented file management database, a volume manager, and a coherency manager. The volume manager manages electronic files and metadata relating to the files of one or more volumes. Each volume may include folders, files, and/or other digital content. The file management system organizes files based on the metadata related to each file. The file management system may enable certain actions to occur automatically based on predetermined events, including changes in metadata. These actions may facilitate workflow or provide other benefits. A user interface facilitates user interaction with the file management system.

System and method for managing content with event driven actions to facilitate workflow and other features

A system and method for electronic file management includes an object-oriented file management database, a volume manager, and a coherency manager. The volume manager manages electronic files and metadata relating to the files of one or more volumes. Each volume may include folders, files, and/or other digital content. The file management system may also automatically manage versions of electronic files. This version management may be based on opening, saving, and changing of files. A user interface facilitates user interaction with the file management system. The user interface may enable a user to view, within the file management system, one or more versions of the electronic files.

System and method for managing versions

A system and method for electronic file management includes an object-oriented file management database, a volume manager, and a coherency manager. The volume manager manages electronic files and metadata relating to the files of one or more volumes. Each volume may include folders, files, and/or other digital content. A user interface facilitates user interaction with the file management system. The user interface enables a user to view and manage, within the file management system, metadata associated with the electronic files by graphically displaying information about the files and the metadata and enabling the user to manipulate the files and the metadata.

Graphical user interface for system and method for managing content

The present invention relates to relates to the efficient and secure transfer of information over a distributed computer network such as the Internet. The system provides parallel communication paths between the source and destination. Each path includes a dedicated route point to eliminate intermediate ISPs. Each source is associated with an archive and each route point is coupled to the archive. Upon receipt of the message at a route point the message is copied to the archive and then transmitted to the destination. Message archival and storage of transmission-related information enables data-mining features not presently available using email or a point-and-click browser. Since two messages are transmitted from the source to the common destination across separate and distinct communication paths, message latency is improved and the chance of lost messages is reduced or even eliminated. A network controller monitors transmission results and dynamically re-configures the network to balance loading across the route points and to avoid failures or other bottlenecks in the system.

Growing community of inventors

Atherton, GA, United States of America

John D Mathon