Abstract: A method for replicating a deduplicated storage system is disclosed. A stream of data is stored on an originator deduplicating system by storing a plurality of deduplicated segments and information on how to reconstruct the stream of data. The originator deduplicating system is replicated on a replica system by sending a copy of the plurality of deduplicated segments and information on how to reconstruct the stream of data to the replica system. A first portion of the deduplicated segments stored on the originator deduplicating system that is corrupted is identified. A copy of the first portion of the deduplicated segments is requested to be sent by the replica system to the originator deduplicating system.

Abstract: A method for replicating a deduplicated storage system is disclosed. A stream of data is stored on an originator deduplicating system by storing a plurality of deduplicated segments and information on how to reconstruct the stream of data. The originator deduplicating system is replicated on a replica system by sending a copy of the plurality of deduplicated segments and information on how to reconstruct the stream of data to the replica system. A first portion of the deduplicated segments stored on the originator deduplicating system that is corrupted is identified. A copy of the first portion of the deduplicated segments is requested to be sent by the replica system to the originator deduplicating system.

Abstract: A method, a data aggregation tool, and a set of instructions are disclosed. A data storage 120 may store a data aggregation tree with at least one entry node, a root node, and an initial entry status level for the at least one entry node. A processor 110 may detect an entry node status level change to a resulting entry status level at the at least one entry node. The processor 110 may aggregate a root node score at a root node based on an entry node score for the at least one entry node.

Abstract: A method of replicating a deduplicated storage system is disclosed. The method comprises storing a stream of data on an originator deduplicating system by storing deduplicated segments and information on how to reconstruct the stream of data. The method further comprises replicating the originator deduplicating system by receiving a copy of the deduplicated segments, information regarding containers for the deduplicated segments, and information on how to reconstruct the stream of data transferred from the originator deduplicating system to the replica system.

Abstract: A method of replicating a deduplicated storage system is disclosed. The method comprises storing a stream of data on an originator deduplicating system by storing deduplicated segments and information on how to reconstruct the stream of data. The method further comprises replicating the originator deduplicating system by receiving a copy of the deduplicated segments, information regarding containers for the deduplicated segments, and information on how to reconstruct the stream of data transferred from the originator deduplicating system to the replica system.

Abstract: A resource coordinating system is provided. The resource coordinating system has an interface module that receives a request from a user and an ontology framework module including a plurality of objects, each object being associated with a respective resource. The resource coordinating system also has a search module that coordinates a retrieval of information from one or more resources based on a search strategy generated in response to the user's request and an output module that generates an output to the user based on the retrieved information wherein, the search strategy selects objects from the ontology framework module based on the user's request and each selected object directs the search module to its associated resource.

Abstract: A method of replicating a deduplicated storage system is disclosed. The method comprises requesting the state of a replica system. The method further comprises sending a container to the replica system and sending a file system log record to the replica system.

Abstract: An appliance that includes a storage compartment is provided. The appliance comprises either a drawer or a wire basket located in the storage compartment, a handle, and a trim portion. The drawer or basket is configured for storing at least one item and the drawer is movable relative to the storage compartment. The handle is snappingly secured to a peripheral edge of the drawer or basket. The trim portion is snappingly secured to at least one edge of the drawer or basket where the trim portion is secured independently of the handle. In another example, a humidity control device is located on the drawer and is configured to control the humidity within the interior portion of the drawer. A knob that controls the humidity control device is received through a cutout in the trim portion.

Abstract: A method of replicating a deduplicated storage system is disclosed. The method comprises requesting the state of a replica system. The method further comprises sending a container to the replica system and sending a file system log record to the replica system.

Abstract: A method of replicating a deduplicated storage system is disclosed. The method comprises requesting the state of a replica system. The method further comprises sending a container to the replica system and sending a file system log record to the replica system.