30 results about "Primary Identifier" patented technology

The present invention provides a method for conducting a transaction that includes receiving a pseudo account identifier that corresponds to a primary account identifier. The pseudo account identifier may be received at a portable wireless device and may be generated by a remote server computer. The portable wireless device can receive the pseudo account identifier over a first network and provide the pseudo account identifier to an access device. The access devices generally comprises a reader that can receive the pseudo account identifier, and thereafter send a message to request authorization of a transaction. The authorization request message may include the pseudo account identifier and is sent to a payment processing network. The authorization request message is sent to the payment processing network over a second network. The payment processing network may then process the authorization message and return a response that indicates if the transaction is authorized or not.

A device is dedicated to controlling access to wireless communications local area networks having a local coverage area included in a main coverage area of a main communications network equipped with mobile communications device positioning means. The device having management means connected to the positioning means and adapted i) to compare the positions of at least some of the mobile devices to those of the local areas, in order to select the primary identifiers of the mobile devices substantially positioned in said local areas, and ii) to send a messaging server of the main network instructions including the primary identifier of each mobile device selected, in order for it to send them a message telling their users that they can connect to the local area network in whose local area they are placed.

A method and an equipment implementing the method that allow a logical channel, to which a received burst relates, to be identified with certainty also in demanding operational circumstances. A logical channel relating to a time slot is identified by applying channel decoding. The identification can be a primary identification or a confirming identification taking place after a primary identifier the time slot comprises, preferably a bit map, has been interpreted. If identification based on channel decoding contradicts identification based on the bit map, a receiver can be arranged to indicate logical channel information on the basis of the channel decoding, for instance by changing the bit map, when selected criteria are met, to a bit map conforming to the logical channel identified on the basis of the channel decoding. The invention significantly improves the performance of a receiver of a mobile communications system because a considerable part of misinterpretations relating to the logical channel are avoided.

A method and apparatus for feedback of channel information characterizing a wireless transmission between a base station and a mobile station. The method involves, at the base station, locating in a codebook of predetermined channel responses a predetermined channel response identified by: a primary identifier identifying a cluster associated with a channel response generated by a mobile station; and a differential identifier identifying channel response member within the cluster identified by the primary identifier. The predetermined channel responses are grouped in a plurality of clusters in accordance with a correlation criterion, each cluster including a plurality of predetermined channel response members. The method also involves generating a control signal for controlling transmissions to the mobile station in accordance with the located predetermined channel response. A method and apparatus for feedback of channel information characterizing a wireless transmission between a mobile station and a base station are also disclosed.

Embodiments can identify requests that may be tied to a DDOS attack. For example, the primary identifiers (e.g., a source address) of requests for a network resource (e.g., an entire website or a particular element of the website) can be tracked. In one embodiment, a statistical analysis of how often a particular source address (or other primary identifier) normally makes a request can be used to identify source addresses that make substantially more requests. A normal amount can correspond to an average number of request that a source address makes. According to some embodiments, a system can use statistical analysis methods on various request data in web server logs to identify potential attacks and send data concerned potential attacks to an HBA system for further analysis.

A device is dedicated to controlling access to wireless communications local area networks (WLAN-i) having a local coverage area included in a main coverage area of a main communications network (RP) equipped with mobile communications device positioning means (8). The device comprises management means (20) connected to the positioning means (8) and adapted i) to compare the positions of at least some of the mobile devices (9) to those of the local areas, in order to select the primary identifiers of the mobile devices substantially positioned in said local areas, and ii) to send a messaging server (10) of the main network (RP) instructions including the primary identifier of each mobile device (9) selected, in order for it to send them a message telling their users that they can connect to the local area network (WLAN-i) in whose local area they are placed.

Embodiments can identify requests that may be tied to a DDOS attack. For example, the primary identifiers (e.g., a source address) of requests for a network resource (e.g., an entire website or a particular element of the website) can be tracked. In one embodiment, a statistical analysis of how often a particular source address (or other primary identifier) normally makes a request can be used to identify source addresses that make substantially more requests. A normal amount can correspond to an average number of request that a source address makes. According to some embodiments, a system can use statistical analysis methods on various request data in web server logs to identify potential attacks and send data concerned potential attacks to an HBA system for further analysis.

A manufacturing method of identifiable print circuit board includes a step of “disposing an identifier”, by providing a base plate, defining a surface of the base plate as a manufacturing surface, and disposing a primary identifier on the manufacturing surface; a step of “piling”, by sequentially piling up an insulating layer and a circuit layer with a penetrating area on the manufacturing surface, with the penetrating area in alignment with the position of the primary identifier; and a step of “lamination”, by laminating the base plate, the insulating layer, and the circuit layer at a temperature not less than 150° C. and a pressure not less than 280 psi to obtain a print circuit board.

Embodiments presented herein provide systems and methods for unifying data that is stored in disparate namespaces. A system described herein receives an electronic request for data associated with an entity. The electronic request includes a first identifier of the entity in a first namespace. The system includes a digital relation that maps the first identifier to a primary identifier. The system determines additional identifiers that map to the primary identifier in the relation. The additional identifiers are associated with the entity in respective additional namespaces. The system retrieves a consolidated set of profile data associated with the primary identifier, including attributes of the entity within the first namespace and attributes of the entity within the additional namespaces. The system generates an electronic response to the electronic request based on the consolidated set of profile data and sends the response to an application that submitted the electronic request.

The invention discloses a method for creating a virtual channel link in an avionics system in real time, and aims to provide a method for creating a virtual channel link that is simple, reliable, fast, flexible, and low in complexity. The present invention is realized through the following technical solutions: based on the high-speed serial RapidIO bus, a virtual channel link creation request is sent to the node management software, the channel name is used as the primary identifier of the virtual channel link between the nodes of the two communication parties, and the external micro-controller The unit MCU or the debugging interface of each communication node, inject the virtual channel name and virtual channel related parameters of the nodes of both communication parties; then, the node management software stores the virtual channel creation request information initiated by each communication node, and the related parameters of the sender and receiver. According to the consistency judgment result, the related configuration information of the virtual channel is sent to the relevant communication nodes, and wait for each relevant node to return the confirmation character ACK signal to determine whether the creation of the virtual channel link is completed.

There is disclosed a method for feedback of channel information characterizing a wireless transmission between a base station and a mobile station over a communications channel. The method involves: receiving a primary identifier identifying a cluster associated with a channel response generated by a mobile station; receiving a differential identifier identifying channel response member within the cluster identified by the primary identifier; locating in a codebook of predetermined channel responses a predetermined channel response identified by said primary identifier and said differential identifier, the predetermined channel responses in the codebook being grouped in a plurality of clusters in accordance with a correlation criterion, each cluster including a plurality of predetermined channel response members; and generating a control signal for controlling transmissions to the mobile station in accordance with said located predetermined channel response.

A mobile phone of the type including a connection, able to allow the connection to a webpage with a particular URL, the connection to said webpage requiring the entry of a particular identifier specific to said webpage, a first storage able to store, in a database, the particular identifiers, each associated with a corresponding webpage.The mobile phone also includes a trigger able to systematically and automatically trigger, after the entry of a particular identifier, the implementation of a selector for choosing a primary identifier shared by all webpages requiring that a particular identifier be entered, if no primary identifier has been chosen yet, and a second storage able to store a security datum depending on the primary identifier after the entry of the primary identifier.

Methods may be provided for operating a wireless terminal (UE) in a wireless communication network. In response to receiving the request for the primary identity of the wireless terminal's non-serving base station, a transmission to the wireless terminal's non-serving base station may be initiated using a random access channel RACH configuration (1505). A random access response RAR may be received (1507) from the non-serving base station. Additionally, the random access response can be received with the primary identity of the non-serving base station, and the random access response can be in response to transmission using a RACH configuration. The primary identity of the non-serving base station may be sent (1509) to nodes in the wireless communication network other than the non-serving base station.

The invention relates to a dual-mode interpretation and identification system for pigeon rings and racing pigeons. The dual-mode reading pigeon ring is intended to be attached to a pigeon to provide identification of the pigeon, and includes a non-contact identification element with a primary identification code built in, and a contact with a secondary identification code built-in Type identification element. The system also includes a first reading device and a second reading device. The first reading device reads the primary identification code through a non-contact induction method. The second reading device reads and updates the auxiliary identification code by contacting and connecting with the contact identification element, and encrypts the encoded content. In this way, the owner can judge the identity of the pigeon through the double identification method of non-contact and contact, thereby improving the accuracy, uniqueness and security of judging the identity of the pigeon.

A method and apparatus for feedback of channel information characterizing a wireless transmission between a base station and a mobile station over a communications channel. The method involves, at the base station, receiving a primary identifier identifying a cluster associated with a channel response generated by a mobile station, receiving a differential identifier identifying channel response member within the cluster identified by the primary identifier, and locating in a codebook of predetermined channel responses a predetermined channel response identified by the primary identifier and the differential identifier. The predetermined channel responses in the codebook are grouped in a plurality of clusters in accordance with a correlation criterion, each cluster including a plurality of predetermined channel response members. The method also involves generating a control signal for controlling transmissions to the mobile station in accordance with the located predetermined channel response. The method also involves, at the mobile station, determining a channel response for at least one carrier frequency received at the mobile station, and locating in a codebook of predetermined channel responses a predetermined channel response that is a closest match to the determined channel response, causing the mobile station to transmit a primary identifier identifying a cluster associated with the located predetermined channel response to the base station, and causing the mobile station to transmit a differential identifier identifying the located predetermined channel response member within the cluster identified by the primary identifier.

The digital word processing mechanism (1) has an implanted information server receiving primary digital words. Specific processing (5) is applied following primary rules. There is a first table (T1) with a first set of primary rules in parametric form. The rules are called meta rules and have primary identifiants. The processing is coupled to a management system (8).

The invention relates to a mobile communicating object (A) belonging to a communications network and comprising processing means (PM). According to the invention, when a communication has been established with another communicating object (S) belonging to the network, the aforementioned processing means generate a repeater (Fi) at each site (Hi) through which they pass. Moreover, when the repeater is generated, the processing means associate a timing counter (CTF) therewith and configure said repeater such that: (i) it can store an identifier that is representative of the location of the nextrepeater (F(i+1)) or site (H(i+l)) in the chain of repeaters to which it belongs; and (ii) at the end of a selected duration of time, it transmits the location identifier of the next repeater (F(i+1)) or site (S(i+l)) to at least one location server (SL) in the network, so that it stores said identifier together with the primary identifier of the mobile object (A). Preferably, once a repeater hasaddressed the location identifier, the relay activity thereof is terminated and, if the repeater does not belong to another chain, it is removed so that it no longer consumes resources.

A method for verifying the authenticity of an object, e.g. a bank note or a cheque, is described. The object is provided with a primary identifier in the form of a plurality of identification elements embedded in the object. The identification elements are visually detectable when illuminated by infrared or ultraviolet electromagnetic radiation but are visually indistinguishable from the rest of the object when illuminated with visible light. The object has a reference point in the form of a printed symbol defining an area of the object in which at least some of the identification elements are provided. The method includes the step of identifying a sub-area of the object defined by the reference point, and recording information relating to the positions of the identification elements in the sub-area relative to the reference point. A detector that can be used to carry out this method is also described.