Abstract: A method for scheduling a first user equipment, UE, with a first performance causing a first self interference of a relay system between a first access link extending between the relay system and the first UE and a relay link extending between the relay system and a base station, BS, and scheduling a second UE with a second performance causing a second self interference of the relay system between a second access link extending between the relay system and the second UE and the relay link extending between the relay system and the BS. Thereby, if the first self interference is larger than the second self interference, the first performance is smaller than the second performance. Alternatively, if the first self interference is smaller than the second self interference, the first performance is larger than the second performance.

Abstract: A method, apparatus, and computer program for continuing transmission during handover are presented. A communication connection is established between a source base station and a mobile relay base station comprising a distributed antenna system (DAS). The DAS includes multiple spatially distributed antenna units (DAUs), wherein at least part of the DAUs are used for forming a cluster of sub-cells within a coverage area of the mobile relay base station and at least part of the DAUs are used for communicating with a fixed cellular network infrastructure over multiple backhaul links. A first backhaul link is then handed over from the source base station to a target base station. After the handover, data transfer between the source base station and at least one backhaul link still linked to the source base station is continued, and remaining backhaul link(s) are released from the source base station according to a determined criterion.

Abstract: A method is proposed, for use e.g. in the context of WiMAX networks supporting the CMIPv6 function, for allowing the ASN-GW to become aware of the status of a control procedure, the CMIPv6 mobility binding procedure. The ASN-GW is not directly aware of its result since the procedure implies a message exchange at the U-Plane level, where the ASN-GW implements only a routing function. Nevertheless the ASN-GW needs to know the status of the procedure since it has to perform some subsequent actions depending on that status. The method includes signalling the status via a signalling mechanism between the Access Service Network and the Connectivity Service Network, thus avoiding packet inspection at the U-plane by the Access Service Network Gateway.

Abstract: The application relates to wireless transmission of load status information for load balancing among Home Node Bs (HNB) or Local Area Node Bs (LNB) for which an X2 interface is not available. In particular, an LNB may pretend to be a user equipment with a specific predefined user equipment ID value. A neighboring LNB which receives a data packet with this user equipment ID value knows that the data packet contains load information monitored, by a neighboring LNB.

Abstract: A method includes configuring user equipment to support use of one or more carriers for authorized shared access. The configuring is performed to emphasize use of a first set of a plurality of carriers over use of a second set of the plurality of carriers. The second set comprises the one or more carriers for authorized shared access. The method also includes communicating with the user equipment using the first and second sets of carriers. Apparatus, computer programs, and program products are also disclosed.

Abstract: A method and apparatus can be configured to receive, by a service-centralization-&-continuity application server, an identifier from an access-transfer-control-function entity. The method can also include transmitting a message to the access-transfer-control-function entity, wherein the message comprises the identifier, and the identifier allows the access-transfer-control-function entity to authorize the transmitted message.

Abstract: It is described a telecommunication network. The telecommunication network includes a base station, which is privately owned and which is adapted to provide a restricted access service to a limited number of communication devices, which are assigned to a picocell of the telecommunication network. The telecommunication network further includes a network element, which is publicly available and which is adapted to provide unrestricted access service to communication devices, which are assigned to a wide area cellular network. The base station is coupled with the network element via a radio transmission link. It is further described a method for operating a telecommunication network of the above described type. Furthermore, it is described a base station and a network element, which in connection with each other represent the described telecommunication network and/or are adapted to carry out the described method for operating the telecommunication network.

Abstract: A method is disclosed that includes accessing baseband information for a number, N (N>1), of antennas accessible by a number of baseband units, where the baseband information correspond to a transmission by a user equipment and is received at the N antennas. The method includes determining values for one or more metrics for the baseband information for the N antennas. The method includes selecting, based on the determined values, a subset k of the N antennas and corresponding baseband information to use to determine output data for the transmission by the user equipment. The method includes determining the output data for the user equipment using the baseband information from the k antennas. Apparatus and computer program products are also disclosed.

Abstract: In a communication network including a plurality of base stations, a method including the steps of: sending a signal from said base station indicating that it will enter a period of inactivity, to at least one other base station; storing at that least one current parameter(s) relating to interference between base stations and/or updating said parameter(s) for forward use. The parameter(s) may relate to interference between first base station and at least one operationally neighboring base station and may be Background Interference Matrix (BIM) data.

Abstract: A method and a device for data processing. The data processing method utilizes at least two probing coefficients in a canceller and/or precompensator in combination with SNR feedback to process data in the canceller and/or in the precompensator.

Abstract: A controller of a private base station receives data on a travel time depending on a propagation delay between a private base station and a user terminal. The controller outputs a control signal to a controllable amplifier for decreasing a transmission power of the private base station if the measured travel time is longer than a predetermined reference time or quality of service is lower than reference quality.

Abstract: Embodiments provide an apparatus, method, product and storage medium for secure communication, wherein a message is sent over a secure signalling path to a recipient, the message including a value indicating a key for encrypting or decrypting information for secure communication, or a key derivation value for deriving a key. The message further includes an indication indicating the type of usage of the value. The receiver of the message may return a message which also includes a key or key derivation value and an indication indicating the type of key or type of usage of the value.

Abstract: From the network perspective, an uplink resource allocation (PDCCH) is sent that grants an uplink resource to a plurality of user equipments UEs, and the allocation has an indication of a cyclic shift CS for each of the plurality of UEs. The granted uplink resource is mapped to a downlink resource (PHICH) in dependence on the indicated CS for each of the plurality of UEs. The mapping is such that for a predetermined number of UEs being allocated a same uplink resource in a single MU-MIMO uplink resource allocation grant, each pair of said predetermined number of UEs which map to an adjacent downlink resource exhibit an optimized CS relative to one another. The network sends to each of the respective plurality of UEs on the respective mapped downlink resource an indication (ACK/NACK) about data received (on a PUSCH). Apparatus, method, and computer programs for network and UE side implementations are detailed.

Abstract: The present invention relates to methods and apparatuses for controlling cell configuration in a cellular network, wherein a cell identity and a local cell spectrum resource entity or profile are assigned to an access device in response to a result of sensing a local radio environment at said access device to detect possible neighbor cells. The assigned local cell spectrum resource entity or profile is used to allocate cell spectrum resource from a shared multi-operator spectrum to said access device.

Abstract: A method and a device for data processing in a digital subscriber line environment, wherein a flat noise margin is determined based on an actual noise determined and based on a maximum noise expected. A device is initialized using the flat noise margin. Also, a communication system is described that includes such a device.

Abstract: A method and a device for data processing in a wireless network including several base stations are provided, wherein a mobility information is conveyed between at least two base stations. Furthermore, a communication system is suggested including at least one such device.

Abstract: The invention relates to an apparatus, a system, a method and a computer program product for transmitting to a policy and/or charging server information relating to a user, wherein the information includes an indication of a service data detecting entity for detecting service data of a packet data connection of the user, and initiating communication towards the service data detecting entity based on the received information.

Abstract: Certain embodiment relate to public land mobile network resolution in a shared and a dedicated network. The method may include receiving, at the serving base station, a handover restriction list (HRL) comprising information on serving public land mobile networks (PLMN) or equivalent public land mobile networks (EPLMN) of the user equipment. The method may also include receiving a PLMN list comprising a plurality of PLMNs that are hosted by the target base station. The method may further include selecting a target PLMN for the user equipment using the HRL and the PLMN list, wherein the selected target PLMN is on the PLMN list but is not on the HRL. The method may also include sending a handover request message indicating the selected target PLMN for the user equipment to the target base station.

Abstract: The specification and drawings present a new method, apparatus and software related product for antenna clustering for multi-antenna aperture selection (MAAS), e.g., in LTE wireless systems, using multi-core DSP processing with sub-optimum selection of N out of M of antenna signals and minimizing the performance degradation due to the sub-optimal antenna/antenna signal selection. Assigning each DSP core (machine) to N/K antennas (i.e., to antenna signals) having a similar property (e.g., polarization) and a same tier, the selection of N out of M using a predefined criterion (e.g., best SINR) is reduced to selecting N/K out of M/K which reduces the computation complexity by a factor of K, where K is a number of the DSP cores.

Abstract: The present invention relates to optimized radio resource utilization in a cellular telecommunication system. A base station of such a system evaluate a capacity metric of the base station and capacity metrics of neighboring base stations. In response to detecting that the capacity metric of the base station is below a threshold with respect to the capacity metrics of the neighboring base stations, the base station enters a stand-by mode and releases its radio resources that essentially define a cell associated with the base station so that the released radio resources become available for allocation to at least one of the neighboring base stations.