37results about How to "Efficiently deleting" patented technology

The invention relates to transgenic animals lacking endogenous Ig and capable of producing transgenic antibodies, as well as methods of making the same. The invention further relates to methods for producing transgenic antibodies in such animals, and transgenic antibodies so produced.

A system and method efficiently deletes a file from secure storage, i.e., a cryptainer, served by a storage system. The cryptainer is configured to store a plurality of files, each of which stores an associated file key within a special metadata portion of the file. Notably, special metadata is created by a security appliance coupled to the storage system and attached to each file to thereby create two portions of the file: the special metadata portion and the main, “file data” portion. The security appliance then stores the file key within the specially-created metadata portion of the file. A cryptainer key is associated with the cryptainer. Each file key is used to encrypt the file data portion within its associated file and the cryptainer key is used to encrypt the part of the special metadata portion of each file. To delete the file from the cryptainer, the file key of the file is deleted and the special metadata portions of all other files stored in the cryptainer are re-keyed using a new cryptainer key. Thereafter, the “old” cryptainer key is deleted.

An MFP can transmit image data read by a scanner by attaching it to E-mail. At the time of transmission, the image data input by the scanner and stored in a work memory is converted into mail data so as to be transmitted by E-mail, and the mail data is stored again into the work memory. The mail data is divided every predetermined reference data size into divided files which are sequentially transmitted as divided mails. When completion of transmission of divided mails corresponding to a unit image is confirmed, the image data and mail data of the unit image are eliminated from the work memory. By sequentially performing such a process, the memory use efficiency can be improved while holding image data of a unit image which has not been transmitted yet.

A mail filter device allowing processing time to be reduce is provided. The SMTP processor relays commands and responses exchanged between SMTP client and SMTP server and performs content check during message relaying. TCP/IP terminations share header information through a connection manager, keeping TCP/IP header information identical both between the SMTP client and the mail filter device and between the mail filter device and the SMTP server. When the content check determines that the electronic mail is relayed without discarding its message, the SMTP processor transfers a response to the SMTP client when the SMTP server has completed relay processing.

In an information delivery system including a plurality of node devices mutually communicable through a network,

• • transfer destination node information is respectively memorized in the node devices, and at least one piece of delivery information is distributed and stored therein, and
  • a registration message including storage source node information indicative of one node device storing the delivery information is sent out and transferred to a node device for managing delivery information location through relay node devices in accordance with the transfer destination node information, and the storage source node information is memorized in the relay node devices and the node device for managing delivery information location,
  • wherein the relay node device includes:
  • a memory means;
  • a node information change detection means;
  • a storage source node information extraction means;
  • a reregistration message generation means for generating a reregistration message including the storage source node information; and
  • a reregistration message sending means.

An image processing apparatus deals with a plurality of objects each having a pair of image data representative of an image and image attribute information representative of an attribute of the image, wherein the plurality of objects are linked in form of a hierarchy structure including a parentage. The image processing apparatus comprises object producing means for producing new objects upon succession of image attribute information of a parent object, object deleting means for deleting an object and the associated descendant objects as well, and attribute information altering means for altering an attribute of an object and an attribute of the associated descendant objects as well.

The present invention relates to a virtual machine, and more particularly, to a method for performing device management for a virtual machine in a terminal comprising a plurality of virtual machines, and a device therefor, the method comprising the steps of: generating a specific virtual machine; constituting at least one management object, which is required for providing device management for the specific virtual machine, in a virtualization management object; receiving a device management command from a server; checking whether the device management command is for the specific virtual machine; and processing the device management command if the device management command is for the specific virtual machine, wherein the virtualization management object includes a first node for setting up information related to the specific virtual machine and includes, below the first node, a second node for setting up information required for device management for the specific virtual machine, and the at least one management object is formed below the second node.

One embodiment of the present invention provides a system that solves a global optimization problem specified by a function ƒ and a set of equality constraints q_i(x)=0 (i=1, . . . , r), wherein ƒ is a scalar function of a vector x=(x₁, x₂, x₃, . . . x_n). During operation, the system receives a representation of the function ƒ and the set of equality constraints and stores the representation in a memory. Next, the system performs an interval equality constrained global optimization process to compute guaranteed bounds on a globally minimum value of the function ƒ(x) subject to the set of equality constraints. During this process, the system applies term consistency to a set of relations associated with the interval equality constrained global optimization problem over a subbox X, and excludes any portion of the subbox X that violates the set of relations. It also applies box consistency to the set of relations, and excludes any portion of the subbox X that violates the set of relations. Finally, the system performs an interval Newton step for the interval equality constrained global optimization problem over the subbox X. The system integrates the sub-parts of the process with branch tests designed to increase the overall speed of the process.

A method is provided for processing data in a mobile communication terminal including a first data memory for storing first data indicating user-stored information and a second data memory for storing second data indicating user-stored information. The method includes creating a first data list corresponding to the first data and a second data list corresponding to the second data and displaying items of the first data list and items of the second data list on a screen of the mobile communication terminal in response to a user's data movement request, selecting at least one item from one that is selected from the first data list and the second data list that are separately displayed based on user's selection information, and storing data of the selected item in the first data memory or the second data memory into the other memory if a predetermined key is input.

A mobile body includes an obstacle information obtaining unit, a storage unit, a self-position estimating unit, and a map creating unit. The obstacle information obtaining unit obtains position information about an obstacle. The storage unit stores environmental map restore data and an environmental map created at a previous time. The self-position estimating unit estimates an estimated position based on a comparison between the environmental map created at a previous time and the position information about the obstacle obtained by the obstacle information obtaining unit. The map creating unit creates an enlarged environmental map, and deletes, out of regions included in the enlarged environmental map, a region corresponding to a non-information region from the enlarged environmental map, so as to create an environmental map on an estimated position.

An optimizing apparatus includes a data item extraction unit, a layout unit, an unused data item extraction unit, a merge determination unit, and a data item merge unit. The data item extraction unit extracts data items from a program. The layout unit lays out the extracted data item in memory. The unused data item extraction unit extracts defined but unused data items from the extracted data items. The merge determination unit determines based on the layout result whether or not a plurality of unused data items forming a data item having a hierarchical structure can be merged into a new data item. The data item merge unit merges the plurality of data items into a data item based on the determination result.

An image forming apparatus that outputs images based on a job, when at least one particular page of the job stored in a storage unit is selected as a deletion target, deletes PDL data corresponding to that page, and when PDL data corresponding to a page included in the job is determined to be valid across another page, causes a resource control command of the PDL data corresponding to the selected page targeted for deletion to be included in PDL data of a subsequent page not selected as a deletion target.

A system for generating a reconstruction of an object of interest comprises a shape model generator (1) for generating a shape model representing a shape of the object in dependence on a plurality of projections of the object, and a reconstructor (2) for reconstructing the object, based on the projections, in dependence on the shape model to obtain the reconstruction of the object. The reconstructor (2) comprises a soft-tissue reconstructor (4) for generating a reconstruction favoring soft tissue, based on the plurality of projections, and a sparse reconstructor (5) for generating a reconstruction of sparse objects, based on the plurality of projections. The reconstructor (2) comprises a clipping subsystem (3) for clipping an outside of the object from the reconstruction, based on the shape model, or the reconstructor (2) is arranged for reconstructing only an inside and/or boundary of the object as defined by the shape model.

Methods of modifying a frataxin gene are disclosed, comprising removing some or all of endogenous GAA trinucleotide repeats within the frataxin gene, e.g., within an intron (e.g., intron 1) of the frataxin gene. The removal may be effected using a CRISPR/CAS nuclease system. Such modification may be used to increase frataxin expression in the cell, and also to treat a subject suffering from Friedreich ataxia. Reagents, kits and uses of the method are also disclosed, for example to modify a frataxin gene and to treat a subject suffering from Friedreich ataxia.