Approach for securely printing electronic documents

An approach is provided for securely printing electronic documents using a portable media. The approach is applicable to a wide variety of contexts and implementations and includes secure direct printing of electronic documents, secure direct printing of electronic documents with remote user authentication and secure printing of electronic documents with remote data management. The particular information provided on the portable media varies, depending upon the implementation. Furthermore, the approach provides varying degrees of security and may be used in conjunction with conventional printing of electronic documents.

Approach for securely printing electronic documents

An approach is provided for securely printing electronic documents using a portable media. The approach is applicable to a wide variety of contexts and implementations and includes secure direct printing of electronic documents, secure direct printing of electronic documents with remote user authentication and secure printing of electronic documents with remote data management. The particular information provided on the portable media varies, depending upon the implementation. Furthermore, the approach provides varying degrees of security and may be used in conjunction with conventional printing of electronic documents.

Approach for securely printing electronic documents

An approach is provided for securely printing electronic documents using a portable media. The approach is applicable to a wide variety of contexts and implementations and includes secure direct printing of electronic documents, secure direct printing of electronic documents with remote user authentication and secure printing of electronic documents with remote data management. The particular information provided on the portable media varies, depending upon the implementation. Furthermore, the approach provides varying degrees of security and may be used in conjunction with conventional printing of electronic documents.

Smart card authentication system with multiple card and server support

An approach is provided for a smart card authentication solution utilizing dynamically configurable data to authenticate unrecognized smart cards and communicate with back-end systems not supported by a default environment. The data may be dynamically reconfigured by a user to reflect changes in the authentication environment such as a new smart card type, new data model on a card, or new remote authentication mechanism.

Approach For Securely Printing Electronic Documents

An approach is provided for securely printing electronic documents using a portable media. The approach is applicable to a wide variety of contexts and implementations and includes secure direct printing of electronic documents, secure direct printing of electronic documents with remote user authentication and secure printing of electronic documents with remote data management. The particular information provided on the portable media varies, depending upon the implementation. Furthermore, the approach provides varying degrees of security and may be used in conjunction with conventional printing of electronic documents.

Approach for securely printing electronic documents

An approach is provided for securely printing electronic documents using a portable media. The approach is applicable to a wide variety of contexts and implementations and includes secure direct printing of electronic documents, secure direct printing of electronic documents with remote user authentication and secure printing of electronic documents with remote data management. The particular information provided on the portable media varies, depending upon the implementation. Furthermore, the approach provides varying degrees of security and may be used in conjunction with conventional printing of electronic documents.

Interface For Remote Monitoring and Control of Industrial Machines

... interface for connecting one of a plurality of industrial machines having different data format and storage configurations to a communications medium for remote monitoring and control, includes a programmable apparatus having a memory for storing data in predetermined locations and in a predetermined format, and for storing configuration information relating to the at least one of the machines; a configurable electrical interface responsive to the configuration information for receiving machine data from the machine and sending data to the machine; a data translator responsive to the configuration information, receiving data from the interface and transforming the data to the predetermined format; a processor responsive to the configuration information for reading data from and writing data to the predetermined locations in the memory, and a communications port connected to the communications medium.

Smart card authentication system with multiple card and server support

An approach is provided for a smart card authentication solution utilizing dynamically configurable data to authenticate unrecognized smart cards and communicate with back-end systems not supported by a default environment. The data may be dynamically reconfigured by a user to reflect changes in the authentication environment such as a new smart card type, new data model on a card, or new remote authentication mechanism.

Box with a slidable cover

A box includes a box body and a cover that is mounted slidably on an open distal end of the box body and that is formed with a pair of slits and an elastic arm between the slits. The elastic arm has a free end with a hook that is elastically engageable with the open distal end of the box body so that disengagement of the hook from the open distal end of the box body can be performed using only one hand.

Automatic customization of printer drivers

An approach for automatically customizing printer drivers generally includes installing a generic printer driver on a client. The client is configured to allow communications between the generic printer driver and a printing device. The generic printer driver automatically retrieves configuration data from the printing device and stores the configuration data on a non-volatile storage. The configuration data indicates one or more attributes of the printing device and allows data to be printed to the printing device via the generic printer driver. The approach allows a generic printer driver to be used with many different printing devices, thereby reducing development costs and installation overhead.

Approach for securely printing electronic documents

An approach is provided for securely printing electronic documents using a portable media. The approach is applicable to a wide variety of contexts and implementations and includes secure direct printing of electronic documents, secure direct printing of electronic documents with remote user authentication and secure printing of electronic documents with remote data management. The particular information provided on the portable media varies, depending upon the implementation. Furthermore, the approach provides varying degrees of security and may be used in conjunction with conventional printing of electronic documents.

Interface for remote monitoring and control of industrial machines

An interface for connecting one of a plurality of industrial machines having different data format and storage configurations to a communications medium for remote monitoring and control, includes a programmable apparatus having a memory for storing data in predetermined locations and in a predetermined format, and for storing configuration information relating to the at least one of the machines; a configurable electrical interface responsive to the configuration information for receiving machine data from the machine and sending data to the machine; a data translator responsive to the configuration information, receiving data from the interface and transforming the data to the predetermined format; a processor responsive to the configuration information for reading data from and writing data to the predetermined locations in the memory; and a communications port connected to the communications medium.

Approach for securely printing electronic documents

An approach is provided for securely printing electronic documents using a portable media. The approach is applicable to a wide variety of contexts and implementations and includes secure direct printing of electronic documents, secure direct printing of electronic documents with remote user authentication and secure printing of electronic documents with remote data management. The particular information provided on the portable media varies, depending upon the implementation. Furthermore, the approach provides varying degrees of security and may be used in conjunction with conventional printing of electronic documents.

Approach For Updating Usage Information On Printing Devices

A printing device includes a user interface, a print module, memory and a device agent. The device agent is configured to modify usage information stored in the memory of the printing device. Based on values in the usage information, one or more processes operating on the printing device may be suspended. If so suspended, a user may contact an administrator who operates the device agent to modify the usage information, and permit the one or more processes to resume.

Approach for securely printing electronic documents

An approach is provided for securely printing electronic documents using a portable media. The approach is applicable to a wide variety of contexts and implementations and includes secure direct printing of electronic documents, secure direct printing of electronic documents with remote user authentication and secure printing of electronic documents with remote data management. The particular information provided on the portable media varies, depending upon the implementation. Furthermore, the approach provides varying degrees of security and may be used in conjunction with conventional printing of electronic documents.

Approach for updating usage information on printing devices

A printing device includes a user interface, a print module, memory and a device agent. The device agent is configured to modify usage information stored in the memory of the printing device. Based on values in the usage information, one or more processes operating on the printing device may be suspended. If so suspended, a user may contact an administrator who operates the device agent to modify the usage information, and permit the one or more processes to resume.

Interface for remote monitoring and control of industrial machines

An interface for connecting one of a plurality of industrial machines having different data format and storage configurations to a communications medium for remote monitoring and control, includes a programmable apparatus having a memory for storing data in predetermined locations and in a predetermined format, and for storing configuration information relating to the at least one of the machines; a configurable electrical interface responsive to the configuration information for receiving machine data from the machine and sending data to the machine; a data translator responsive to the configuration information, receiving data from the interface and transforming the data to the predetermined format; a processor responsive to the configuration information for reading data from and writing data to the predetermined locations in the memory; and a communications port connected to the communications medium.

METHOD, CHIP, DEVICE AND SYSTEM FOR AUTHENTICATING A SET OF AT LEAST TWO USERS

A set of users who may authenticate is predefined and is associated, each, with a reference secret share. A first subset of users who has, each, to authenticate is predefined. The device defines a second subset of the users who has, each, to authenticate while further satisfying, each, to be physically proximate to the device and an authentication condition(s). The second user subset is comprised within the first user subset comprised within the user set. The device verifies whether each user of the second user subset satisfies to be physically proximate to the device and the authentication condition(s), if yes, requests, to each user device, the secret share and receives, from each user device relating to at least the first user subset, the secret share. The device reconstructs a secret with each received secret share, verifies whether the reconstructed matches the reference and, if yes, authenticates the user set. 1. A method for authenticating a set of at least two users to a device , wherein , the set of the at least two users who may authenticate being predefined , each user of the user set being associated with a predefined share of a predetermined reference secret , a first subset of the at least two users who has , each , to authenticate being predefined , the first user subset being comprised within the user set , the method comprises:defining, by the device, a second subset of the at least two users who has, each, to authenticate while further satisfying, each, to be physically proximate to the device and at least one predetermined first authentication condition, the second user subset being comprised within the first user subset;verifying, by the device, whether each user of the second user subset does or does not satisfy to be physically proximate to the device and the at least one first authentication condition;requesting, by the device, to each user device relating to the user set, the associated secret share, only if each user of the second user ...

Computer device for reading an e-book and a server for being connected with the same

Smart capture for atpg (automatic test pattern generation) and fault simulation of scan-based integrated circuits

The method for generating stimuli and test responses for testing faults in a scan-based integrated circuit in a selected scan-test mode or a selected self-test mode, the scan-based integrated circuit containing a plurality of scan chains, N clock domains, and C cross-clock domain blocks, each scan chain comprising multiple scan cells coupled in series, each clock domain having one capture clock, each cross-clock domain block comprising a combinational logic network. The method comprises compiling (654) the scan-based integrated circuit into a sequential circuit model (655); specifying input constraint on the scan-based integrated circuit during a shift and capture operation; specifying a clock grouping (656) to map the N clock domains into G clock domain groups, where N>G>1; transforming (657) the sequential circuit model (655) into an equivalent combinational circuit model (658) according to the input constraints and the clock grouping; and generating the stimuli and test responses on the equivalent combinational circuit model according to the input constraints.

Childproof container

Marker composition for predicting prognosis of cancer, method for prognosis of cancer and method for providing information for determining strategy of cancer treatment

Provided is a marker composition for predicting the prognosis of cancer and a method for predicting the prognosis of cancer using same and, more particularly, to a marker composition for predicting the prognosis of cancer comprising an agent for measuring an expression level of mRNA or protein thereof of at least one gene selected from the group consisting of ESR1, BEST1, ACTA2, HIPK2, IGSF9, ASCC2, JUN, PPP2R5A, SMAD3, CREBBP, EP300, and DDX5, to a method for predicting the prognosis of cancer using same, and to a method for providing information for determining a strategy for treating cancer.

Method and apparatus for shifting at-speed scan patterns in a scan-based integrated circuit

Method and apparatus for shifting at-speed scan patterns in a scan-based integrated circuit

A method and apparatus for time-division demultiplexing and decompressing a compressed input stimulus (421), provided at a selected data-rate R1 (421), into a decompressed stimulus (424, 426, 433, 435), driven at a selected data-rate R2 (442), for driving selected scan chains in a scan-based integrated circuit (401). The scan-based integrated circuit (401) contains a high-speed clock CK1 (443), a low-speed clock CK2 (442), a plurality of scan chains (411), …, (418), each scan chain comprising multiple scan cells coupled in series. The method and apparatus comprises using a plurality of time-division demultiplexors (TDDMs) (402, 403) and time-division multiplexors (TDMs) (408, 409) for shifting stimuli (421) and test responses (444) in and out of high-speed I/O pads. When applied to the scan-based integrated circuit (401) embedded with one or more pairs of decompressors (404, 405) and compressors (406-407), it can further reduce the circuit’s test time, test cost, and scan pin count.

Wallet