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    • 2. 发明申请
    • ACCESS POINT
    • 切入点
    • WO2013054121A1
    • 2013-04-18
    • PCT/GB2012/052524
    • 2012-10-11
    • UBIQUISYS LIMITED
    • DA SILVA, Cristavao
    • H04W88/10H04W88/06H04W92/02H04W84/12H04W84/04
    • H04W12/06H04L2463/061H04W36/0083H04W84/045H04W84/105H04W84/12H04W88/06H04W88/10
    • An interworking system, for example for use in an access point, has a first air interface, for establishing a connection with a UE in accordance with a 3GPP air interface standard; and a second air interface, for establishing a connection with said UE in accordance with a WLAN standard. The interworking system is able to establish a connection with a 3GPP core network for carrying traffic for the first air interface, and is also able to establish a connection with the 3GPP core network for carrying traffic for the second air interface. The connection with the 3GPP core network for carrying traffic for the first air interface may comprise a PDP context, and the connection with the 3GPP core network for carrying traffic for the second air interface may comprise the same PDP context or may comprise a separate PDP context.
    • 例如在接入点中使用的互通系统具有第一空中接口,用于根据3GPP空中接口标准与UE建立连接; 以及第二空中接口,用于根据WLAN标准建立与所述UE的连接。 互通系统能够与用于承载第一空中接口的业务的3GPP核心网建立连接,并且还能够建立与3GPP核心网的连接,以携带用于第二空中接口的业务。 用于承载用于第一空中接口的业务的3GPP核心网络的连接可以包括PDP上下文,并且与用于携带用于第二空中接口的业务的3GPP核心网的连接可以包括相同的PDP上下文,或者可以包括单独的PDP上下文 。
    • 3. 发明申请
    • INTERFERENCE MANAGEMENT FOR STRADDLED CARRIER DEPLOYMENTS
    • 用于分散载体部署的干扰管理
    • WO2013005016A1
    • 2013-01-10
    • PCT/GB2012/051539
    • 2012-06-29
    • UBIQUISYS LIMITEDCARTER, Alan James AuchmutySALAMI, Gbenga
    • CARTER, Alan James AuchmutySALAMI, Gbenga
    • H04W52/24H04W52/36
    • H04W52/242H04W52/146H04W52/244H04W52/285H04W52/367
    • A method of setting a maximum uplink power for user equipment devices in a coverage area of a first basestation located in a coverage area of one or more second basestations in a cellular communications network is provided. The maximum uplink power is set for user equipment devices based on a measure of the pathlosses between the one or more second basestations and user equipment devices in the coverage area of the first basestation. The measure of the pathlosses between the one or more second basestations and the user equipment devices is formed from a measure of the pathloss between the one or more second basestations and the first basestation and an estimate of the excess of the pathlosses between the one or more second basestations and the user equipment devices over the pathloss between the one or more second basestations and the first basestation.
    • 提供了一种在蜂窝通信网络中的一个或多个第二基站的覆盖区域中的第一基站的覆盖区域中为用户设备设备设置最大上行链路功率的方法。 基于在第一基站的覆盖区域中的一个或多个第二基站与用户设备设备之间的路径损耗的度量,为用户设备设备设置最大上行链路功率。 一个或多个第二基站和用户设备设备之间的路径损耗的度量由一个或多个第二基站与第一基站之间的路径损耗的量度以及一个或多个第二基站之间的路径损耗的过剩估计形成 第二基站和在一个或多个第二基站和第一基站之间的路径损耗上的用户设备设备。
    • 4. 发明申请
    • CORRECTION OF LOW ACCURACY CLOCK
    • 校正低精度时钟
    • WO2012164068A1
    • 2012-12-06
    • PCT/EP2012/060373
    • 2012-06-01
    • ST-ERICSSON SAELLIS, Andrew
    • ELLIS, Andrew
    • G04G3/02G04G3/04
    • G04G3/027G04G3/04
    • An electronic device has two oscillators, for example a first highly accurate crystal oscillator and a second less accurate low power oscillator. In a normal mode of operation, time is counted based on an output from the crystal oscillator, but in a low power mode of operation, time is counted based on an output from the less accurate oscillator. During the low power mode of operation, a calibration process is performed repeatedly. During a first calibration time period the second oscillator is calibrated against the first oscillator to obtain a first calibration result, and a recalibration is performed during a second calibration time period to obtain a second calibration result. A correction factor is determined from the first and second calibration results, and the correction factor is applied when subsequently counting time based on the output from the second oscillator.
    • 电子设备具有两个振荡器,例如第一高精度晶体振荡器和第二较低精度的低功率振荡器。 在正常工作模式下,基于晶体振荡器的输出计算时间,但是在低功耗操作模式下,时间根据来自较不精确的振荡器的输出进行计数。 在低功率运行模式下,重复执行校准过程。 在第一校准时间段期间,第二振荡器针对第一振荡器进行校准以获得第一校准结果,并且在第二校准时间段期间执行重新校准以获得第二校准结果。 根据第一和第二校准结果确定校正因子,并且当基于来自第二振荡器的输出的后续计数时间时应用校正因子。
    • 6. 发明申请
    • ACCESS POINT FOR SELECTING A BEAM COMBINATION
    • 选择光束组合的接收点
    • WO2011101678A1
    • 2011-08-25
    • PCT/GB2011/050320
    • 2011-02-17
    • DELTENNA LIMITEDFOX, Andrew JohnGLYDON, Piers
    • FOX, Andrew JohnGLYDON, Piers
    • H04B7/08H04B7/06H04B7/04
    • H04B7/0695H04B7/0413H04B7/088
    • An access point comprises at least two radio transceiver circuits for respective data communications paths, and allows the selection of respective beam directions from a plurality of available beam directions for the data communications paths. In order to establish a link between an access point and a cellular communications network using a MIMO technique, a plurality of combinations of beam directions selected from the plurality of available beam directions are determined; for each combination of beam directions, a link is established such that each of the radio transceiver circuits is connected with a respective beam direction of the combination of beam directions; an available data throughput with said combination of beam directions is measured; and the combination of beam directions with which the highest data throughput can be achieved is selected.
    • 接入点包括用于相应数据通信路径的至少两个无线电收发器电路,并且允许从数据通信路径的多个可用波束方向中选择相应的波束方向。 为了使用MIMO技术在接入点和蜂窝通信网络之间建立链路,确定从多个可用波束方向中选择的波束方向的多个组合; 对于波束方向的每个组合,建立链路,使得每个无线电收发器电路与波束方向的组合的相应波束方向连接; 测量具有所述波束方向组合的可用数据吞吐量; 并且选择可以实现最高数据吞吐量的波束方向的组合。