147 results about "Fragment identifier" patented technology

An RFID system includes a first RFID reader storing old reader programming, a plurality of RFID administrator transponders, and new reader programming. The new reader programming is divided into a plurality of segments. Each RFID administrator transponder has an administrator transponder memory, which stores a new revision identifier correlated to the new programming, a different segment of new reader programming, and a correlated programming segment identifier. The RFID system further includes first, second and third writing means. The first writing means writes the segment of new reader programming stored in each administrator transponder memory to the first RFID reader, thereby enabling the first RFID reader to reprogram itself with the new reader programming. The second writing means writes one of the segments of new reader programming stored in the first RFID reader to a user transponder memory. The third writing means writes the segment of new reader programming stored in the user transponder memory to one or more additional RFID readers in the RFID system in response to the new revision identifier and correlated programming segment identifier, thereby enabling each of the additional RFID readers to reprogram itself with the new reader programming.

Methods and apparatus are provided for classifying data packets in a data processing device according to a set of processing rules, wherein, for each of a predetermined group of data items in each packet, each rule defines a rule range indicating a range of possible values of the corresponding data item for which that rule applies. The method comprises for each data packet: (a) performing a preliminary test for at least one data item in said group, the preliminary test comprising testing the value of the data item in the packet for a match with any of a predetermined set of frequently-occurring values for that data item, each frequently-occurring value being associated with a predetermined indicator, and, if a match is obtained, selecting for the data item the indicator associated with the matching frequently-occurring value; (b) performing an item search for any data item in the group for which no match is obtained in a preliminary test, the item search for a said data item comprising selecting a range identifier corresponding to the value of the data item from a predetermined set of range identifiers for that data item, the set of range identifiers indicating, for all possible values of the data item, which of the rule ranges corresponding to the data item in the rule set a value intersects, wherein the indicator associated with a said frequently occurring value for a data item is the range identifier corresponding to that value of the data item; and (c) identifying, based on the selected range identifiers for all data items in the group, at least one rule of any rules applicable to the data packet.

An apparatus for diagnosing sleep disorders such as OASHS from snore sounds includes a segmentation module (126) coupled to a data logger (124) to provide segments of the digitized audio signal to a Snore Segment Identifier (128). A total airways response (TAR) module (130), pitch calculator (132) and MFCC calculator (134) are each coupled to an output side of the snore segment identifier module (128). Each of these modules is respectively arranged to calculate pitch, bispectrum, diagonal slice and MFCC parameters for the snore segments received from the snore segment identifier (128). Similarly, the NGI calculator (136) produces a non-Gaussianity index for the digitized audio signal. A classification module (144) is arranged to process the calculated parameters and compare a resulting diagnosis probability to a predetermined threshold value. The results of this comparison are then indicated on video display (142), which communicates with the classification module (133) via display controller (140) and bus (145). For example, if the results of the comparison are over threshold then display (142) is driven to indicate “OS AHS is present”.

An apparatus for diagnosing sleep disorders such as OASHS from snore sounds includes a segmentation module (126) coupled to a data logger (124) to provide segments of the digitized audio signal to a Snore Segment Identifier (128). A total airways response (TAR) module (130), pitch calculator (132), and MFCC calculator (134) are each coupled to an output side of the snore segment identifier module (128). Each of these modules is respectively arranged to calculate pitch, bispectrum, diagonal slice, and MFCC parameters for the snore segments received from the snore segment identifier (128). Similarly, the NGI calculator (136) produces a non-Gaussianity index for the digitized audio signal. A classification module (144) is arranged to process the calculated parameters and compare a resulting diagnosis probability to a predetermined threshold value. The results of this comparison are then indicated on video display (142), which communicates with the classification module (133) via display controller (140) and bus (145). For example, if the results of the comparison are over threshold then display (142) is driven to indicate “OS AHS is present.”

A first splicer manages a get-list request coming (1-1) from a player and parameterized with an identifier of a first content and a group identifier. It obtains (1-2, 1-3) an initial playlist comprising a first URI template (pointing towards a first server and pre-parameterized with the identifier of the first content) and a first list of segment identifiers (each, when used as a parameter of the first template, making it possible to generate an URI pointing towards a segment of the first content). It builds and transmits (1-4 to 1-9) a final playlist to the player comprising a second URI template (pointing to a second splicer, possibly coinciding with the first splicer and pre-parameterized with the identifier of the first content and the group identifier) and a second list of virtual segment identifiers (each making it possible, when used as a parameter of the second template, to generate an URI pointing to one of the virtual segments). Each virtual segment is associated with a segment of the first content or of an alternative content).

The invention relates to an information push method and an information push device. The method comprises the steps of receiving a push request carrying a target identifier, wherein the target identifier comprises a user identifier and the terminal identifier of an intelligent terminal; determining a target object identifier and a target plug-in identifier of information to be displayed corresponding to the target identifier; pushing the target object identifier and the target plug-in identifier to the intelligent terminal corresponding to the target identifier, thus allowing the intelligent terminal to display the information to be displayed corresponding to the target object identifier according to the target plug-in identifier. According to the information push method, the displayed information has the information to be displayed, meanwhile a function corresponding to the plug-in is also provided, and thereby the operation efficiency of the user is improved.

A method is provided for referencing content by generating a bound uniform resource locator. Content is selected, a fragment identifier is calculated for the content, and the content is normalized. A content digest of the normalized content is calculated. A content binding document is assembled in which the content binding document comprises: an original URL to the content, the fragment identifier, the name of a method for normalizing the content, the name of a method for calculating the content digest, and the content digest. A content binding document digest is calculated. A bound universal resource locator is generated that contains the content binding document digest and the name of the method that was used to calculate the content binding document digest. The content binding document is stored using its digest as a file name or database key, and the content binding document can be retrieved using the bound universal resource locator.

Cross-bar segment routing and access table address remapping functions are combined within a cross-bar of a system-on-a-chip. In this manner, address remapping may occur prior to segment routing. One or more access table caching registers may be included for each master port. The caching registers may allow for a rapid lookup of one or more access table entries associated with each master, as well as allow for the simultaneous lookup by multiple masters without adding ports to the access table. A segment identifier may be stored in the caching registers to indicate how to route a matching request to the appropriate slave segment.

Embodiments of the present application relate to a method, apparatus, and system for detecting a specified image identifier. The method includes retrieving a target image to be detected from a predetermined area, binarizing the target image to be detected to obtain a target binary image to be detected, calibrating connected domains of the target binary image to be detected, successively retrieving image features of candidate connected domains, and comparing the image features corresponding to the candidate connected domains to image features of a standard specified identifier image, wherein the candidate connected domains are determined based at least in part on the calibration of the connected domains, and determining a candidate connected domain as the location of the specified identifier image based at least in part on the comparison of the image features corresponding to the candidate connected domains to image features of the standard specified identifier image.

A hierarchical document cross-reference system comprises a document server computer remotely accessible by a user computer. The document server computer includes a database which stores the contents of a first document and a second document. The first document contains one or more segments and the second document contains one or more segments. Each segment is identified by a segment identifier. The document server computer also includes a module executable in the document server computer. The module is configured to receive a request to cross-reference the first document and the second document on a key phrase. The module searches the first document and the second document for the key phrase and identifies the segments in the documents containing the key phrase. The module then displays on the user computer a side-by-side display listing the segment identifiers for the identified segments. The segment identifiers for the identified segments in the first document containing the key phrase are displayed in a first list and the segment identifiers for the identified segments in the second document containing the key phrase are displayed in a second list. The user can subsequently select a segment identifier from each list and submit the segment identifiers for display. The module then displays the contents of each segment, with the key phrase highlighted in a distinct color or by other means.

A mobile location sharing system comprising: enabling a sender wireless device to send a payload including a location descriptor and a list of target identifiers to a group of targets; identifying a preferred communication mode for each in the group of targets; selecting a transmission format for the preferred communication mode; and sending the location descriptor in the transmission format selected for each in the group of targets for audio-visual output.

A context information processing system used for accessing medical data includes an acquisition processor for acquiring configuration information indicating a type of a particular patient identification tag reader device of a plurality of different types of tag reader device and a format of patient identification data used by the particular patient identification tag reader device. An interpreter processes patient identification data received from the particular patient identification tag reader device using the received configuration information to provide a particular patient identifier. A context processor updates a record indicating that a current patient context, including a patient identifier, is compatible with the particular patient identifier.

The embodiment of the invention discloses a message display method and a terminal device, and relates to the technical field of terminals. The method is used for solving the problem that the promptingfunction and the display function of a message are not flexible enough in the prior art. The method comprises the following steps: receiving a target message, wherein the target message is a messagereceived through a first application; under the condition that the target message comprises at least one preset content, outputting prompt information, the prompt information comprising a target identifier, the target identifier being used for indicating a first interface, and the first interface being an interface, comprising the target message, in the first application; receiving a first input of the user to the target identifier; and in response to the first input, displaying the first interface, and displaying the target message on the first interface in a first preset mode. The scheme isspecifically applied to a message display scene.

A management target constituting the target of processing executed by a first storage system in accordance with a request transmitted from a higher-level device is managed by first and second management identifiers. A request designating the first management identifier is received from the higher-level device, and a first management identifier designated by the request is converted into a corresponding second management identifier.

The invention discloses a fragment processing method and system, belonging to the field of data communication and internet security. The fragment processing method comprises the following steps of: obtaining first information by a first application layer of a sender, carrying out fragment processing on the first information to obtain N fragments, wherein each of the N fragments comprises a fragment identifier, a fragment offset and a fragment bit zone; sending the N fragments to a receiver; obtaining the N fragments which are sent by the sender by a second application layer of a receiver and assembling the N fragments according to the fragment identifier, the fragment offset and the fragment bit zone of each of the N fragments so as to obtain first information.