Deutschetelekom Ag

T-mobile International Austria Gmbh

Michael Kurz

Michele Zarri

A method for dynamic load balancing using different data transmission paths in a telecommunications network includes: in a first step, communication data are exchanged between a fixed network part and a first router device using a first, wireline interface as the data transmission path; and in a second step, further communication data are exchanged using an alternative data transmission path, either in addition to using the data transmission path or instead of using the data transmission path, between the fixed network part and the first router device&#x2014;via the second router device.

Dynamic load balancing using different data transmission paths in a telecommunications network comprising a mobile network part, a fixed network part, and a plurality of router devices

A method for communication between at least a first telecommunication terminal and a second telecommunication terminal includes: in the event that a charge state of the energy store of the first telecommunication terminal is below a predetermined reference charge state, transmitting a message comprising energy transmission information from the first telecommunication terminal to the second telecommunication terminal, the energy transmission information comprising a request to transmit additional energy to the energy store of the first telecommunication terminal; and increasing the charge state of the energy store of the first telecommunication terminal, or transmitting at least one message between a telecommunication network and the second telecommunication terminal, for the first telecommunication terminal.

Communication and wire-free energy transmission between telecommunication terminals

A method for routing in a communication network includes: in a first step, providing a template data set including a routing cost indication for a first second-slice resource to a control unit; and in a second step, subsequent to the first step, determining if the routing cost indication of the first second-slice resource complies with a predefined routing requirement of a second network slice, and, if the routing cost indication of the first second-slice resource is found to be non-compliant, determining a first-slice resource and routing network traffic from a second second-slice resource via the first-slice resource to a third second-slice resource.

Method for routing in a communication network, communication network, program and computer program product

A method for locating mobile devices in a mobile radio network having first, second, and third mobile devices in first, second, and third locations, includes: transmitting a pilot signal to the second mobile device; measuring a signal strength of the pilot signal; transmitting information related to the signal strength of the pilot signal to the first mobile device; determining the second location relative to the first location based on the information related to the signal strength; transmitting a further pilot signal to the third mobile device; measuring a further signal strength of the further pilot signal; transmitting further information related to the further signal strength to the second mobile device; determining the third location relative to the second location based on the further information related to the further signal strength; and transmitting information related to the third location to the first mobile device.

Method for location

The invention relates to a method for acquiring user inputs and for performing certain functions of an electronic device (), in particular a computer and/or a mobile radio terminal, and to a device () to carry out this method, wherein the acquisition takes place by means of a touch-sensitive display surface (), which is configured to register a fingerprint (), wherein a touch of predetermined limited areas of the display surface () by a user is expected in order to activate and/or select functions. A touch of the display surface () in one or more predetermined areas with one or more predetermined fingers simultaneously or successively in a predetermined sequence is expected. The display surface () registers the fingerprints () of the user when it is touched, and a predetermined function of the device () is activated and/or performed depending on the touched area or areas of the display surface (), the registered fingerprints () and the sequence.

Method for encoded input and control by fingerprint

Method for operating one or more cells () of a cellular mobile network, each cell () being identifiable by an emitted cell identifier (CSG_ID) use being limited/limitable to closed subscriber groups by the cell () having a corresponding identifier (CSG_ID) and the cell terminals (UE, UE, UE) being registered in the respective cell () for use of the cellular mobile network services only after a positive matching with a positive list of authorized cell identifiers (CSG_ID, CSG_ID, CSG_ID) which are stored in the cell terminal (UE, UE, UE), the cell () emitting one or more further cell identifiers (CSG_ID, CSG ID) in parallel in addition to a first cell identifier (CSG_ID), and that registration in the cell () and use of network services can take place by a first closed subscriber group to which a first group of cell terminals (UE) belongs, whose respective positive lists contain the first cell identifier (CSG_ID), and that registration in the cell () and use of network services can take place by one or more further open or closed subscriber groups to which one or more other groups of cell terminals (UE, UE) belong whose positive lists contain one or more of said one or more further cell identifiers (CSG ID, CSG ID).

Method for operating a closed subscriber group (CSG) cell for open network access

The present invention relates to a method for administering the authorization of at least one mobile telephone () relative to a mobile communications network (), wherein the mobile telephone () is design for near-field communication () and in case a mobile radio card () is not present in the mobile telephone (), the authorization thereof takes place by an external device () having one or more mobile radio card(s) () and a device () for near-field communication () with said mobile telephone (), and wherein near-field communication () takes place between the external device () and the mobile telephone () for authorizing, and a connection is permitted to be established to the mobile communications network () after successful authorization by the external device ().

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Vienna, Austria

Michael Kurz