Abstract: An extensible, network-based user interface allows remotely located resources to serve multiple clients. The user interface can be upgraded as improvements in resource capabilities are made, and as new products become available. The user interface includes a controller and other processing units and databases that collect, collate and process product and user information to dynamically construct client-specific user interfaces. The user interfaces may be used to select and control print options for networked printers. The network may be a local area network or the Internet. The user interface may maintain statistical information that is useable to predict technology trends, identify user preferences, and plan for maintenance and upgrade operations.

Abstract: A system and a method provides for flexible storage of digital data in a networked-computer system by unifying distribute data storage locations. The system and method allow an e-application operating at a network site, such as an Internet Web site, to utilize distributed storage devices that reside at remote client locations for storing data resulting from execution of the e-application. In an embodiment, the system includes a storage proxy and registry that attempts to “discover” storage at the e-application site or at the remote client locations. The storage proxy and registry may use various routines and algorithms to determine where data should be stored. Alternatively, the system may use a default storage location. In this alternative, the system may require the remote client location to store all or part of the data associated with the e-application.

Abstract: Data transfer between different computer programs or different computers can be optimized by tracking the performance of different data transfer pathways and selecting the particular pathway to use for future transfers according to user-specified rules or requirements. User-specified rules provide a metric or yardstick by which the data transfer pathway metrics can be evaluated in order to address their suitability to address their propriety for a data transfer pathway.

Abstract: A system and a method provides for flexible storage of digital data in a networked-computer system by unifying distribute data storage locations. The system and method allow an e-application operating at a network site, such as an Internet Web site, to utilize distributed storage devices that reside at remote client locations for storing data resulting from execution of the e-application. In an embodiment, the system includes a storage proxy and registry that attempts to “discover” storage at the e-application site or at the remote client locations. The storage proxy and registry may use various routines and algorithms to determine where data should be stored. Alternatively, the system may use a default storage location. In this alternative, the system may require the remote client location to store all or part of the data associated with the e-application.

Abstract: An extensible, network-based user interface allows remotely located resources to serve multiple clients. The user interface can be upgraded as improvements in resource capabilities are made, and as new products become available. The user interface includes a controller and other processing units and databases that collect, collate and process product and user information to dynamically construct client-specific user interfaces. The user interfaces may be used to select and control print options for networked printers. The network may be a local area network or the Internet. The user interface may maintain statistical information that is useable to predict technology trends, identify user preferences, and plan for maintenance and upgrade operations.