Abstract: Method for building a multimodal business channel between users, service providers and network operators. The service provided to the users is personalized with a user's profile derived from language and speech models delivered by a speech recognition system. The language and speech models are synchronized with user dependent language models stored in a central platform made accessible to various value added service providers. They may also be copied into various devices of the user. Natural language processing algorithms may be used for extracting topics from user's dialogues.

Abstract: A method for managing the security of applications with a security module associated to an equipment connected to a network managed by a control server of an operator. The applications use resources as data or functions stored in the security module locally connected to the equipment. The method may include steps of receiving, analyzing and verifying, by the control server, identification data from the equipment and the security module, generating a cryptogram from the result of the verification of the identification data, transmitting the cryptogram to the security module of the equipment, and selectively activating or selectively deactivating by the security module at least one resource as data or functions of the security module by executing instructions included in the cryptogram and conditioning the functioning of an application according to criteria established by a supplier of the application or the operator or a user of the equipment.

Abstract: A method and a system for creating a communications link between at least two mobile network nodes. A first and a second interface administration module generates look-up tables including available network interfaces of the corresponding mobile network node. Configuration data of the corresponding mobile network node is transmitted to a central unit. Configuration data is transmitted from the central unit to at least one of the mobile network nodes, based on the configuration data. At least one signalling channel is created for transmitting further configuration data via one of the available network interfaces, and, based on the configuration data, at least one data channel is created via one of the available network interfaces.

Abstract: The invention relates to an authorization verification method and devices suited therefor, which play back authorization data via a user interface (11) of an electronic playback device (1). During the playback of authorization data via the user interface (11) of a first playback device (1), the playback attributes are modified. The playback of authorization data via the user interface (11) of the first playback device (1) is compared with the playback of reference data via a user interface (21) of a second electronic playback device (2). Authorization is granted in the event the playback of authorization data via the user interface (11) of the first playback device (1) matches the playback of reference data via the user interface (21) of the second playback device (2), and modifications of the playback attributes are, in essence, time-synchronized.

Abstract: A method and a user device (1) for projecting a data file through a user device (1) are disclosed. The user device (1) has a reproducing device (1.7), means for identifying the user device (1) in a mobile radio network (5), and biometric recording means. The user is authenticated with the transmitted biometric data in a remote server (7) and downloads a data file to be projected or a key for decrypting a data file from the remote server (7) over the mobile radio network (5) in the user device (1). With the reproducing device (1.7) integrated in the user device (1), the data file or presentation is reproduced. The invention also concerns the disclosed user device (1).

Abstract: A method and a system for data transmission with mobile network nodes, which include at least two network interfaces with corresponding power consumption. A central unit is configured to receive data intended for the mobile network, and a first network interface of the mobile network node is deactivated. If the central unit receives data intended for themobile network node, a signaling message assigned to the received data is transmitted to the mobile network node, by a signaling module, via a second network interface of the mobile network node. Based on the transmitted signaling message, the first network interface of the mobile network node is activated, and data, which are intended for the mobile network node, are transmitted via the first network interface to the mobile network node.

Abstract: The present invention concerns a method and a system for establishing a dynamic peer-to-peer communications channel between a first terminal and a second terminal. A first terminal and a second terminal are connectable over secured communications channels to a secured network. The first terminal sends a connection request for establishing a communications channel between the terminals. The connection request is analyzed by an analyzer module. Based on network parameters of the terminals, the analyzer module searches for a further network, and establishes a peer-to-peer communications channel over this further network. Security of the peer-to-peer communications channel may be maintained by means of a central unit of the secured network.

Abstract: The present invention concerns a method and a system for establishing a dynamic peer-to-peer communications channel between a first terminal and a second terminal. A first terminal and a second terminal are connectable over secured communications channels to a secured network. The first terminal sends a connection request for establishing a communications channel between the terminals. The connection request is analyzed by an analyzer module. Based on network parameters of the terminals, the analyzer module searches for a further network, and establishes a peer-to-peer communications channel over this further network. Security of the peer-to-peer communications channel may be maintained by means of a central unit of the secured network.

Abstract: The portable radio receiver (4) with which programs of a central radio sender (1) can be received comprises an identification module (40) in which user-specific data are stored as well as a contactless interface (41) over which a radio connection can be established with external devices at close range in order to send said user-specific data to these external devices. Application: for example as identification module for public transportation.

Abstract: Proposed are a method and a system for management of resources of portable resource modules, each connected to a communication terminal, which modules comprise electronic memory units and are designed in particular as chipcards. A first resource management instruction comprising a module identification is transmitted to a resource management center. A second resource management instruction is transmitted from the resource management center via a communication network to the resource module identified through the module identification. In the particular resource module, resources are made ready or released by a resource control mechanism corresponding to the received second resource management instruction. A resource management confirmation is transmitted by the particular resource module via the communication network to the resource management center, and in the resource management center information about the resources made ready or released is stored assigned to the module identification.

Abstract: Method for making services available to mobile users with the following method steps: the mobile subscriber reads an electronic code (100) stored in an RFID element (10) with an RFID reader device (2); said electronic code (100) is transmitted over a telecommunication network to a server (5); the server (5) transmits a query to a name service-server (6), wherein links between several electronic codes (100) and several electronic addresses are registered; the name service-server (6) sends the address of the page said above-mentioned page; the ordered service is supplied to the mobile user.

Abstract: A method system, and device for identification by an identification tag in which a request to a control module of the identification tag is transmitted from an interrogation device via a contactless interface of the identification tag, so that the control module accesses identification data stored in a memory module assigned to the identification tag. The identification data are transmitted via the contactless interface. Body-specific identification data of the wearer are captured and transmitted to a verification module by a measuring device assigned to the identification tag, or a sensor, and/or an analysis device. The transmitted body-specific identification data is compared with the identification data stored in the memory module by the verification module, to confirm the identity of the wearer. The identification tag is injected and/or implanted under the skin of the wearer. The identification tag can be in particular an RFID and/or NFC tag.

Abstract: A method is described for directing a user of a mobile device from a current location to a product, wherein an identification code of the product is recorded in the mobile device and transmitted to a name server. The identification code is used in the name server among others for loading product-related data into the mobile device, e.g. a geographical location where the product can be bought. Following this, the user of the mobile device can go to said geographic location. For directing said user to the product, a direct contactless connection is established between said mobile device and a RFID element with which said product is marked, by using the same identification code or product-related data previously supplied by the name server.

Abstract: For subscribing a user to a service offered by a first application server (SIP-AS1) of an Internet Protocol Multimedia Subsystem, a request for the service, addressed to a public service identifier of the service, is received from the user in a Call Session Control Function unit (S-CSCF). The request is evaluated based on filter criteria (iCF) associated with the user. In absence of the filter criteria (iCF) associating the service with the first application server (SIP-AS1), the request is forwarded to a second application server (SIP-AS2) based on addressing information obtained from filter criteria (FC) associated with the public service identifier. The second application server (SIP-AS2) transmits to the user a message that includes means for enabling the user to subscribe to the service. Users can be subscribed to a service at the time they desire to use the service, immediately preceding usage of the service.

Abstract: A method and a system for automated call diversion of calls intended for a mobile radio device to a second network connection. A detection module of a customer premises equipment detects the mobile radio device as soon as it is located in the sphere of influence of an interface between the mobile radio device and the customer premises equipment, whereby identification data of the mobile radio device are transmitted via the interface. Based on the identification data of the mobile radio device, call diversion of calls intended for the mobile radio device to the second network device is activated as long as the mobile radio device is located in the sphere of influence of the interface between the mobile radio device and the customer premises equipment.

Abstract: A method, a system, and a local network switching device for providing access for a mobile communication terminal and the mobile communication terminal at a moved location to an Internet network via wireless local networks. The mobile communication terminal is moved from a first network to a second network. The WLAN handover, necessary therefore, takes place efficiently and in a robust manner, by providing access for the mobile communication terminal in the first network, by transmitting a device-specific address to a plurality of bordering networks, and by configuring further accesses on the plurality of bordering networks. After moving the mobile communication terminal, access to an Internet network can be continued immediately via the second network, via the local network switching unit of the second network, and via the local network switching unit of the first network.

Abstract: The invention relates to a method for a communication node with a plurality of network interfaces. Configured on the communication node is a virtual interface, which is accessible from the applications able to be executed on the communication node. A configuration module generates an identifier assigned to the communication node. The identifier is stored in an identifier table. The configuration module checks the communication node for available network interfaces and sets up a network interface table with the available network interfaces. At least one IP address of an available network interface is stored in the identifier table in a way assigned to the identifier, and a connection module connects at least one of the available network interfaces to the virtual interface.

Abstract: A cellular mobile radio network having at least one base station integrated into a facility supplied via a power supply network and being connected to an assigned base station controller. The at least one base station includes a module for exchanging radio frequency signals with mobile radio devices; a first transceiver module configured to couple the at least one base station to the power supply network; and a control device configured to control the facility. The control device is connected to the facility via the power supply network or directly, and includes an identification module and a module for communicating with a central unit, the control device being identifiable by the central unit based on the identification module.

Abstract: A method for obtaining information on a product (1), said method comprising the following steps: the product (1) is marked with several codes (100, 101) that are stored in one or several RFID tags (11, 11?); at least one of said codes is read contactlessly by means of an RFID reader device (2); said reader device (2) sends a set of one or several read codes to a name service server (6) over a telecommunication network (4); said name service server (6) answers with the address of one or several hypertext pages; and the sought information (7) is accessed by means of said hypertext pages. The invention is characterized in that not all codes (100, 101) read by the RFID reader device are contained in the set sent, and in that the code or codes (100, 101) contained in said set are selected in said reader device (2).

Abstract: A method and apparatus for identifying and/or authenticating a user of a mobile device in a server on the basis of fingerprints of the user that have been read through haptic input means of the mobile device with a fingerprint reader in the mobile device.