摘要:
The present invention relates to a method for transmitting user data via a dialed connection in a radio communication network, characterized in that the user data are transmitted as dedicated data packets upon controlled release. A dedicated push-to-talk domain is provided which is hosting push-to-talk service network nodes (PTT SNN) and application servers (AS).
摘要:
The invention relates to a method for controlling the delivery of messages in a telecommunications network, particularly in a mobile communications network, with data assigned to a subscriber relationship and to a terminal (i.e. to the identification chip (e.g. GSM SIM, UMTS USIM) connected thereto). The invention is characterized in that these assigned data, entirely or in part, are transmitted synchronously or approximately synchronously to additional terminals (i.e. to the identification chip (e.g. GSM SIM, UMTS USIM) connected thereto) assigned to this subscriber.
摘要:
The invention relates to a method for improving QoS mechanisms during bandwidth allocation in CDMA mobile communication systems, characterized in that the user terminal signals the minimal bandwidth (bit rate) which is required to the mobile communication system and a bandwith within said range is allocated to the radio interface when available. As a result, the opportunities provided by the user terminal and the bandwith available in the radio cell are used as efficiently as possible.
摘要:
The information relates to a method for detecting multi-user behavior on the aerial interface in GPRS and EGPRS mobile radio systems, characterized in that additional information contained in the subscriber data is detected by a network and/or subscriber device on the interface in both the uplink and down link during the transmission of subscriber data and evaluated. The number of parallel subscribers on the used time slots can be identified on the basis of the additional information located in the radio link control blocks.
摘要:
The invention relates to a method for simplifying the exchange of a SIM card of subscribers of a digital mobile communications network. According to the invention, the subscriber disposes of an old active SIM card and of a new inactive SIM card for use in a mobile terminal. The invention provides that the proper activation of the new SIM card and deactivation of the old SIM card are carried out while in dialog with the subscriber via a migration server connected to the mobile communications network.
摘要:
The invention concerns a method and a device for phase calculation from attenuation values using a Hilbert transform for reflectometric measurements in the frequency domain. The invention is characterized in that the measuring system comprises a signal source for a measurement signal, a coupling element connected to the signal source, and an object to be measured connected to the coupling element. The part of the measurement signal reflected by the object to be measured is uncoupled via the coupling element and measured at a collector. The invention is further characterized in that an attenuator is mounted in the signal path, between the coupling element and the object to be measured. The attenuator can also be comprised in the coupling element.
摘要:
The invention relates to a method for automatically controlling paths of information of all types at a data-receiving location. The aim of the invention is to enable any type of information, which is transmitted from a transmitter to a receiver, to be specifically assigned to a processing location or to another provided location in order to undergo subsequent processing. To this end, the data-receiving location provides a data-transmitting location with special input channels serving as entry-point address identifiers (EAK) that, at the receiver and during data input, control, like a code, the procedure in handling the information.
摘要:
The invention relates to a method for the mutual authentication of components in a network by means of the challenge-response method, according to which the network (N) requests a set of three data values (challenge 1/ response 1/ response 2) from an authentication centre (AUC) and transmits at least one set of data values (challenge 1) to the mobile station (M) which on the basis of an internally stored key (Ki) calculates a response 1 from this set of data values and transmit it to the network (N). To authenticate the network (N) in relation to the mobile station (M) the invention provides for the response 1 sent back to the network (N) to be interpreted simultaneously by said network (N) as challenge 2 and for said network (N) immediately to transmit a response 2 to the mobile station (M). This improves and accelerates data traffic between the mobile station and the network because there is no transmission of challenge 2 between the mobile station and the network. Data traffic between the network and the AUC is also improved because the data pairs challenge 2 and response 2 no longer have to be calculated separately in the AUC and transmitted to the network.
摘要:
The invention relates to a method for carrying out a blind handover in an intersystem and interfrequency handover in mobile communication systems, whereby a mobile station is supplied by several base stations prior to the handover i.e. it can receive several other base stations in addition to the supplying base station. According to the invention, measurement of the propagation time of the signals received from the base station is carried out by the mobile station on the air interface. The measured propagation times are transmitted to one of the base stations. The location of the mobile station is determined using the transmitted propagation time measuring data by the mobile communication network. With the aid of a data base, at least one suitable base station for an intersystem or interfrequency handover is then selected using the determined location and the data necessary for a handover is transmitted to the mobile station from the selected base station. The mobile station can carry out the handover to the selected base station using said information.