73 results about "Enterprise storage" patented technology

A technique, method, apparatus, and system to provide related and integrated social networking, real time geospatial mapping, geo-target location and multiple points of interest, receiving current location of user's electronic or mobile device and multiple points of interest, cloud-type configuration storing and handling user data across multiple enterprises, generating user behavior data and ad links, promotions (“social / geo / promo”) links on a website for any product, good or service, including social / geo / promo data sets for user customized visual displays showing 3D map presentations with correlated or related broad or alternative categories of social / geo / promo links to be displayed with web page content for view by an end user.

A technique, method, apparatus, and system to provide sports and sporting events related, integrated social networking, real time geospatial mapping, geo-target location based technologies including GPS and GIS and multiple points of interest, receiving current location of user's electronic or mobile device and multiple points of interest, cloud-type configuration storing and handling user data across multiple enterprises, generating user behavior data and ad links, promotions (“social / geo / promo”) links on a website for sports and sporting events related products, goods, gambling, and / or services, including sports related social / geo / promo data sets for user customized visual displays showing 3D map presentations with correlated or related broad or alternative categories of social / geo / promo links to be displayed with web page content for view and interaction by an end user.

A peer-to-peer storage system includes a storage coordinator that centrally manages distributed storage resources in accordance with system policies administered through a central administrative console. The storage resources, or “nodes,” are otherwise unused portions of storage media, e.g., hard disks, that are included in the devices such as personal computers, workstations, laptops, file servers, and so forth, that are connected to a corporate computer network, and are thus otherwise available only individually to the respective devices. The storage coordinator assigns the nodes to various “replication groups” and allocates the storage resources on each of the nodes in a given group to maintaining dynamically replicated versions of the group files. The storage nodes in a given group perform dynamic file replication and synchronization operations by communicating directly, that is, peer-to-peer, using a message-based protocol. The storage coordinator also manages distributed searches of file content on the network by selecting one node from each group to search through the associated group files. The selected nodes report the search results back to the storage coordinator, which organizes the results and provides them to the user. Thereafter, in response to a request for various files by the user, the storage coordinator instructs the nodes that are near neighbors of the user to provide the requested files. The storage coordinator thus ensures that the amount of the network bandwidth consumed by the search operation is minimized.

Apparatus and methods provide relatively low uncorrectable bit error rates, low write amplification, long life, fast and efficient retrieval, and efficient storage density such that a solid-state drive (SSD) can be implemented using relatively inexpensive MLC Flash for an enterprise storage application. A page is associated with a set of primary ECC codewords, and a page stripe is associated with a set of secondary codewords and primary over secondary parity (PoSP) ECC codewords. Two or more page stripes can form a page grid, wherein the page grid is associated with a group of tertiary ECC codewords, wherein the last page stripe of the page grid has a reduced payload capacity.

A method is performed with an enterprise storage system comprising disk storage and sequential storage media. Alternatively, systems, subsystems, and computer media containing encoded portions are disclosed. The method serves the data storage needs of a given client coupled to the enterprise storage system via a network. A physical device level backup is performed, backing up data from the disk storage to the sequential storage media, while minimizing demands on the client. The device level backup comprises a complete image backup of data in a host device as defined from a perspective of the given client. A logical restore of data is performed on a file by file basis from physically backed data on the sequential storage media. The logical restore involves locating files requested by the client on the sequential storage media and recovering the files from the sequential storage media. The files comprise files defined in accordance with a files system defined by the client.

Virtual machine optimization and / or storage reclamation solutions are disclosed that manage virtual machine sprawl and / or growing enterprise storage costs. For instance, certain solutions receive recommendations based on one or more rules, policies and / or user preferences that identify storage and / or alignment criteria for virtual machine disk (VMDK) partition(s). In certain examples, a resize tool that operates within a host operating system of a host server dynamically resizes and / or aligns one or more VMDK partitions of a powered-down virtual machine. For instance, the resize tool can be injected to the host server from a remote management server and can resize and / or align the VMDK partitions without requiring contents of the VMDK to be copied to another VMDK. By reallocating storage and / or aligning the VMDK partitions, embodiments of the invention can increase virtual machine performance and improve storage management.

An enterprise storage system for performing a file level backup operation on data using a mirror disk and a primary disk includes a split mechanism to split the mirror disk from the primary disk before backing data files up from said mirror disk to said sequential storage media and an extent mapping mechanism to perform extent mapping on files to be backed up in a given backup session before the split mechanism splits the mirror for the same given backup session, and an extent map check and update mechanism to check, after the split mechanism splits the mirror for the same given backup session, whether any files have been updated in a manner so as to require additional or revised extent map information.

A peer-to-peer storage system includes a storage coordinator that centrally manages distributed storage resources in accordance with system policies administered through a central administrative console and a lexical recovery sub-system that automatically creates versions of files that are thereafter maintained by the system. The storage resources, or “nodes,” are otherwise unused portions of storage media, e.g., hard disks, that are included in the devices such as personal computers, workstations, laptops, file servers, and so forth, that are connected to a corporate computer network, and are thus otherwise available only individually to the respective devices. The storage coordinator assigns the nodes to various “replication groups” and allocates the storage resources on each of the nodes in a given group to maintaining dynamically replicated current and previous versions of the group files. The storage nodes in a given group perform dynamic file replication and synchronization operations by communicating directly, that is, peer-to-peer, using a message-based protocol. The storage coordinator also manages distributed searches of file content on the network by selecting one node from each group to search through the associated group files. The selected nodes report the search results back to the storage coordinator, which organizes the results and provides them to the user. The user may then restore or recover a previous version of a file or review a current version of the file by selecting the desired file version from the search results.

A method for storing and organizing item arrangement information for an enterprise is provided. Standardized item arrangement maps are generated at the enterprise level and disseminated to stores within the enterprise. Managers create store maps consisting of compilations of the item arrangement maps provided by the enterprise. The resulting store maps define the arrangement of all items within the store. The store maps may be used in conjunction with an inventory system to order items and stock the store. Additionally, store maps may be used with a location information system to provide item location information to consumers.

Mechanisms and techniques provide a management application providing an enterprise storage area network application programming interface for managing elements in a storage area network. The management application initializes a plurality of access wrappers that each defines operations for management of a respective class of elements operating within the storage area network. The management application provides, to a management client, connection data associated with a specific element associated with one of the plurality of access wrappers. The connection data identifies connection data parameters for performing management of the specific element in the storage area network. The management application receives at least one generic management command for the specific element. The generic management command includes at least a portion of the associated connection data for the specific element. The management application operates at least one access wrapper to translate the at least one generic management command into an operation of at least one vendor-specific command to manage the vendor specific element in the storage area network.

Apparatus and methods provide relatively low uncorrectable bit error rates, low write amplification, long life, fast and efficient retrieval, and efficient storage density such that a solid-state drive (SSD) can be implemented using relatively inexpensive MLC Flash for an enterprise storage application.

Apparatus and methods provide relatively low uncorrectable bit error rates, low write amplification, long life, fast and efficient retrieval, and efficient storage density such that a solid-state drive (SSD) can be implemented using relatively inexpensive MLC Flash for an enterprise storage application.

Under the present invention storage grid manager is provided that receives requests for storing files from users, based on certain performance parameters, the storage grid manager identifies selected storage cells of the enterprise storage system for storing the files. Thereafter, the storage grid manager routes the requests to the storage grid controllers associated with the selected storage cells. The storage grid controllers control access to the storage cells to ensure that only authorized access is granted. Once the files are stored, the storage grid manager will update a mapping to identify the precise storage cells in which each file is stored. Therefore, when a user issues a request to retrieve a file, the storage grid manager consults the mapping, identifies the corresponding storage cell and retrieves the file.

Apparatus and methods provide relatively low uncorrectable bit error rates, low write amplification, long life, fast and efficient retrieval, and efficient storage density such that a solid-state drive (SSD) can be implemented using relatively inexpensive MLC Flash for an enterprise storage application.

Under the present invention storage grid manager is provided that receives requests for storing files from users, based on certain performance parameters, the storage grid manager identifies selected storage cells of the enterprise storage system for storing the files. Thereafter, the storage grid manager routes the requests to the storage grid controllers associated with the selected storage cells. The storage grid controllers control access to the storage cells to ensure that only authorized access is granted. Once the files are stored, the storage grid manager will update a mapping to identify the precise storage cells in which each file is stored. Therefore, when a user issues a request to retrieve a file, the storage grid manager consults the mapping, identifies the corresponding storage cell and retrieves the file.

Apparatus and methods provide relatively low uncorrectable bit error rates, low write amplification, long life, fast and efficient retrieval, and efficient storage density such that a solid-state drive (SSD) can be implemented using relatively inexpensive MLC Flash for an enterprise storage application. Both primary parity symbols for primary codewords and secondary parity symbols for secondary codewords are generated. The secondary parity symbols are spread out across each page of a group of pages.

Apparatus and methods provide relatively low uncorrectable bit error rates, low write amplification, long life, fast and efficient retrieval, and efficient storage density such that a solid-state drive (SSD) can be implemented using relatively inexpensive MLC Flash for an enterprise storage application.

The invention relates to a manufacturing enterprise storage management method, in particular to a mobile storage information management system with multiple terminals for updating and storing information in real time. In order to overcome defects of low efficiency of searching, updating and maintaining products and poor security in the prior art, the invention designs the mobile storage information management system with multiple terminals for updating and storing information in real time, wherein the mobile storage information management system has the characteristics of quick retrieval, high storage content, high security, low cost and the like. The mobile storage information management system has the specific technical scheme that the mobile storage information management system with multiple terminals for updating and storing information in real time comprises an electronic label printer, intelligent mobile terminal equipment, a supply chain management system and a database management system.

Systems and methods are provided for disabling an array port in an enterprise storage system. In one embodiment, a system comprises a storage area network (SAN), a plurality of hosts, an array controller comprising a plurality of array ports, and a management server. The management server receives a request to disable an identified one of the plurality of array ports and identifies, from a configuration table stored in the management system server, one or more of the plurality of hosts having at least one path to the identified array port. The management server transmits an instruction to the one or more of the plurality of hosts to disable paths to the identified array port.

Provided is a method of converting a medical image used in a network at a patient care facility, the network including an enterprise network storage solution optionally dedicated for storing medical images in a standardized medical imaging format that are to be retrieved over the network. The method includes us a computer system to search a portable computer-readable medium for an indication that the medical image is stored in a proprietary format on the portable computer-readable medium. The proprietary format of the medical image is identified, using the computer system, based on the indication. The medical image is converted into a format that is compliant with a standardized medical-imaging format, transmitted in the standardized medical-imaging format to be: (i) subsequently displayed by a display device without requiring prior storage of the medical image in an enterprise storage solution for medical images, and / or (ii) stored in the enterprise storage solution.

Apparatus and methods provide relatively low uncorrectable bit error rates, low write amplification, long life, fast and efficient retrieval, and efficient storage density such that a solid-state drive (SSD) can be implemented using relatively inexpensive MLC Flash for an enterprise storage application.

A method, apparatus, and computer program product for handling a failure condition in a storage controller is disclosed. In certain embodiments, a method may include initially detecting a failure condition in a storage controller. The failure condition may be associated with a specific host and a specific storage device connected to the storage controller. The method may further include determining a failure ID associated with the failure condition. Using the failure ID, en entry may be located in a data collection and recovery table. This entry may indicate one or more data collection and / or recovery processes to execute in response to the failure condition. The method may then execute the data collection and / or recovery processes indicated in the entry. While executing the data collection and / or recovery processes, connectivity may be maintained between hosts and storage devices not associated with the failure condition.

Apparatus and methods provide relatively low uncorrectable bit error rates, low write amplification, long life, fast and efficient retrieval, and efficient storage density such that a solid-state drive (SSD) can be implemented using relatively inexpensive MLC Flash for an enterprise storage application.

The invention discloses an electric power enterprise storage resource management system comprising a cloud resource management platform, a storage management module and a storage pool. The storage management module provides a unified storage pool management interface based on a WebService protocol to the cloud resource management platform, and a presentation layer provides page integration, single sign-on and WebService data access. A data processing layer completes data acquisition and strategy alarm. An adapter communicates with storage equipment. Virtualization equipment downwardly manages mid-to-high end storage arrays connected through an optical fiber network and upwardly provides a storage virtualization pool. The virtualization equipment provides an SMI-S interface to be connected with the storage management module. A distributed storage system downwardly manages a storage service cluster and upwardly provides a distributed storage poor. The distributed storage system provides an API interface to be connected with the storage management module.

Systems and methods are provided for disabling a device in an enterprise storage system. In one embodiment, a method comprises receiving information identifying a device in a storage area network that is scheduled for an outage. The method further determines one or more paths impacted by the outage of the device, generates a notification identifying the determined one or more paths, and transmits the notification to one or more hosts having paths to the device.