Abstract:
A network element (326) of a cellular telecommunications system (300), the network element comprising: classification means (336) for assigning a classification to a user service, request (332) for a telecommunications service of the cellular telecommunications system; and - assigning means (338) for assigning a set of class specific cell configuration parameters (334) that are to be used for the provision of the telecommunications service, wherein the assignment of the class specific cell configuration parameters depends upon the classification.
Abstract:
The present invention refers to Method (101) for.transmitting (111) at least, one pilot sequence (79) over a radio communication link (25) of a radio cell (15) of a cellular communication network (11) from a relaying node (.21). The relaying node (21) Is assigned to a base station (17) of the cell (15), radio resources (53) of the link (25) are subdivided with, respect to frequency (f) and time:(t) into multiple resource elements (65) one or mere of said resource elements (65) being assigned to a control channel of the link (25). In order to provide a method which allows that a terminal can discover one or more relay nodes (21) possibly present in a certain radio cell (15) and perform link quality measurements, it is suggested that the method (101) comprises.; selecting (103} at least, one of said resource element (71) assigned to said control channel as a selected resource element (81) for transmitting said one pilot sequence and transmitting (111) the pilot sequence within the at least one selected resource element (81).
Abstract:
A direct down conversion receiver (100) for receiving a radio transmission (208) in a radio transmission channel, wherein the direct down conversion receiver comprises an IQ demodulator means (102), wherein the IQ demodulator has a baseband frequency (220, 320), wherein the IQ demodulator means comprises a local oscillator means (116) having a variable frequency which determines the baseband frequency, and wherein the direct down conversion receiver comprises a control means (134) for adjusting the variable frequency for reduction of the interference (416, 516) caused by a blocking signal (204).
Abstract:
The invention relates to a method of performing a handover of a user equipment (128) from a source cell (100) to a target cell (102), wherein the user equipment (128) is adapted for receiving and/or transmitting data simultaneously on two or more aggregated component carriers, the method comprising receiving an RRC connection reconfiguration message from the source cell (100) on the random access channel of the source cell (100), said message comprising linking information, said linking information indicating one of the aggregated component carriers for the uplink of the target cell (102) and one of the aggregated component carriers for the downlink of the target cell (102).
Abstract:
The invention relates to a a method for performing a handover procedure in a wireless coordinated multipoint (CoMP) transmission network (200; 700) of a mobile station (100) from a first base station (1) to a second base station (2), wherein the first base station coordinates a first group (202) of base stations, the first base station being a member of the first group, and the second base station coordinates a second group (204) of base stations, the second base station being a member of the second group, and wherein a network component (102) is adapted to transmit data to the first base station and the first group of base stations and/or to the second base station and the second group of base stations.
Abstract:
The present invention relates Io a method for multi-antenna signal processing at an antenna element arrangement belonging to a transceiver of a radio communication network, the antenna element arrangement comprising antenna elements (211, 221, 231, 241) in horizontal and in vertical direction, wherein complex antenna weights are applied to said antenna elements
Abstract:
A multicarrier communication method in which a first multicarrier signal being associated with a first communication cell and a second multicarrier signal being associated with a second communication cell are received. A first signal portion from the first multicarrier signal and a second signal portion from the second multicarrier signal are extracted in order to determine a first interference power on the first signal portion and a second interference power on the second signal portion. Information on the position of the mobile terminal is obtained from the interference power measurements which are also used to assign the available resources in interference coordination.
Abstract:
There is provided a method of transmitting signaling messages. In accordance with an embodiment of the invention, the method is performed by a first base station of a communication network. The first base station and the second base station of the communication network provide simultaneously a service to a terminal. The first base station transmits signaling messages relating to the provision of the service to the second base station via a relay component. The relay component is linked with the first base station and the second base station via radio links of the communication network. The relay component may be comprised in the terminal to which the service is provided or another terminal with corresponding functionality or a dedicated relay component of the communication network.
Abstract:
The present invention relates to a method for forwarding MAC protocol data units in a mobile radio communication network from a communication endpoint, herein called sender side, to a peer communication endpoint, herein called receiver side, at least one relay station being used on the path between said communication endpoints,. According to the present invention, the method comprises the steps of: - Extracting out of topology information available at said sender side at least one indicator describing the path between relay station and said receiver side, Including said indicator of the path between said relay station and said - receiver side in said MAC protocol data unit in addition to an indicator of the path between said sender side and said relay station.
Abstract:
A method of handling Quality-of-Service, QoS, requirements in a wireless network (1), in particular a WiMAX or 3GPP LTE/SAE network. The proposed method comprises sending QoS requirements (A) from a first element (8) of a wireless core network (4) to an element (6) of a wireless access network (3) involved in resource allocation to a user equipment (2) requiring a service with said QoS requirements. The proposed method further comprises: - sending a registration message (B) from the wireless access network element (6) to a second element (11) of the wireless core network (4) for registrating the user equipment (2); - including in said registration message (B) at least one parameter indicating an identifier of an entity (7) in the wireless access network element (6) to which the QoS requirements (A) are to be sent.