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    • 2. 发明申请
    • COEXISTENCE OF LTE OPERATED IN UNLICENSED BAND
    • 不遵守条款下LTE运行的共同点
    • WO2013179095A1
    • 2013-12-05
    • PCT/IB2012/052747
    • 2012-05-31
    • NOKIA CORPORATIONNOKIA, INC.LI, ZexianUUSITALO, Mikko
    • LI, ZexianUUSITALO, Mikko
    • H04W72/04H04W72/08H04W28/08H04W84/02
    • H04W72/082H04W16/14H04W28/08H04W28/16
    • A cellular access node collects information about at least interference in a plurality of channels in unlicensed spectrum, and uses that collected information to update an allocation of the channels among at least two different access points APs. In one embodiment the information is collected from measurement reports received from each AP which indicates whether the various respective channels are available or reserved. Additional measurement reports may be collected from user equipments operating under the APs. In various embodiments the information can include channel recommendations, estimated capacity for the channels, and/or a traffic model for the channels. With this collected information the cellular access node can balance traffic among the APs by its channel allocation decisions. The non-limiting examples assume a radio environment where a LTE cellular access node operates a primary component carrier in licensed spectrum and the cooperating APs operate secondary component carriers in unlicensed spectrum.
    • 蜂窝接入节点收集关于非许可频谱中的多个信道中的至少干扰的信息,并且使用所收集的信息来更新至少两个不同接入点AP之间的信道分配。 在一个实施例中,从每个AP接收的测量报告中收集信息,其指示各个相应的信道是可用还是保留。 附加的测量报告可以从在AP下运行的用户设备收集。 在各种实施例中,信息可以包括信道建议,信道的估计容量和/或信道的业务模型。 通过收集的信息,蜂窝接入节点可以通过其信道分配决定来平衡AP之间的流量。 非限制性示例假定LTE蜂窝接入节点在许可频谱中操作主分量载波的无线电环境,并且协作AP在非许可频谱中操作次分量载波。
    • 3. 发明申请
    • SYSTEM AND METHOD FOR PROACTIVE U-PLANE HANDOVERS
    • 主动式U型平板手机的系统和方法
    • WO2014013291A1
    • 2014-01-23
    • PCT/IB2012/053647
    • 2012-07-17
    • NOKIA CORPORATIONNOKIA, INC.UUSITALO, MikkoLI, Zexian
    • UUSITALO, MikkoLI, Zexian
    • H04W36/04H04W36/02H04W36/24
    • H04W36/04H04W4/02H04W36/0055H04W36/02H04W36/023
    • A user equipment UE has a c-plane connection to a macro cell and a u-plane connection to a source local cell. The u-plane connection is handed over to a target local cell while maintaining the c-plane connection so the macro cell can facilitate the u-plane handover. In one embodiment the UE uses coverage information about the source local cell and its own mobility to predict when the handover is needed, and the macro cell can identify which is the target local cell. The handover can occur across a coverage gap between the source and target local cells, where the UE gets synchronization information and a dedicated preamble for the target local cell prior to being in its range. In the examples also path switching and transfer of the UE context can occur prior to the UE being in range of the target local cell.
    • 用户设备UE具有到宏小区的c平面连接和到源本地小区的u平面连接。 u平面连接被切换到目标本地小区,同时保持c平面连接,因此宏小区可以方便u平面切换。 在一个实施例中,UE使用关于源本地小区及其自身的移动性的覆盖信息来预测何时需要切换,并且宏小区可以识别哪个是目标本地小区。 切换可以在源和目标本地小区之间的覆盖间隙发生,其中UE在其范围内获得同步信息和目标本地小区的专用前同步码。 在示例中,UE上下文的路径切换和传送可以在UE处于目标本地小区的范围之前发生。