Abstract: A data storage system includes non-volatile data storage including a container partition and a browsable partition and control circuitry configured to backup a file in the non-volatile data storage at least in part by receiving the file from a host, the file including a plurality of chunks of data, storing the plurality of chunks of data in the browsable partition of the non-volatile data storage, determining that one or more of the plurality of chunks has been modified, storing the one or more modified chunks in a container partition of the non-volatile data storage, determining a new chunk associated with each of the one or more modified chunks, and storing the one or more new chunks in the browsable partition of the non-volatile data storage.

Abstract: A data storage system includes non-volatile data storage including a container partition and a browsable partition and control circuitry configured to backup a file in the non-volatile data storage at least in part by receiving the file from a host, the file including a plurality of chunks of data, storing the plurality of chunks of data in the browsable partition of the non-volatile data storage, determining that one or more of the plurality of chunks has been modified, storing the one or more modified chunks in a container partition of the non-volatile data storage, determining a new chunk associated with each of the one or more modified chunks, and storing the one or more new chunks in the browsable partition of the non-volatile data storage.

Abstract: Systems and methods are disclosed for backing up data in a computing system including a controller configured to backup a file in the non-volatile memory at least in part by receiving the file from a host, the file including a plurality of chunks of data and storing the plurality of chunks of data in a browsable partition of the non-volatile memory in response to said receiving the file. The controller further determines that one or more of the plurality of chunks has been modified, determine a new chunk associated with each of the one or more modified chunks, store the one or more new chunks in the browsable partition of the non-volatile memory using the communication interface in response to said determination of the one or more new chunks and store the one or more modified chunks in a container partition of the non-volatile memory using the communication interface.

Abstract: Systems and methods are disclosed for performing file backup and restore in a computing system. Certain embodiments provide a communication interface for communicating with a non-volatile memory and a controller configured to determine that a file stored in the non-volatile memory has been modified, identify a chunk of the file that has been modified, determine a new chunk associated with the modified chunk, the new chunk reflecting the modification, generate a separate chunk file including the new chunk and a filename, and storing the chunk file in the non-volatile memory using the communication interface.

Abstract: Systems and methods are disclosed for performing file backup and restore in a computing system. Certain embodiments provide a communication interface for communicating with a non-volatile memory and a controller configured to determine that a file stored in the non-volatile memory has been modified, identify a chunk of the file that has been modified, determine a new chunk associated with the modified chunk, the new chunk reflecting the modification, generate a separate chunk file including the new chunk and a filename, and storing the chunk file in the non-volatile memory using the communication interface.

Abstract: This disclosure provides an on-line greeting card, on-line greeting card system and method of operating an on-line greeting card system. The on-line greeting card includes a greeting printed on one or more faces and one or more lottery numbers printed on one or more faces. A recipient of the greeting card enters the one or more lottery numbers into a field associated with a website to determine if the lottery numbers are associated with a prize.

Abstract: A multi-protocol network client in which a single, integrated user-interface is provided for accessing information according to a number of network access protocols. The accessed information is represented in a hierarchical graph which provides an intuitive and convenient navigation tool for both the experienced and the novice user. The user accesses information according to a particular network access protocol by merely selecting a graphical representation of an item the user wishes to access from the hierarchical graph. Information pertaining to the particular item whose representation is selected by the user is retrieved and used to determine the network access protocol according to which the item is accessed. As an item is retrieved from the network, links contained within the item are parsed from the item and added to the hierarchical graph.