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    • 11. 发明授权
    • Providing location information
    • 提供位置信息
    • US08606244B2
    • 2013-12-10
    • US13132414
    • 2009-12-03
    • Holger ClaussenMalek Shahid
    • Holger ClaussenMalek Shahid
    • H04W88/02
    • H04W8/10H04W60/04H04W84/045Y02D70/1224Y02D70/1242Y02D70/164
    • A method of providing location information to a network application, a location server, a method of providing a trigger notification, a femto base station and a computer program product are disclosed. The method comprises the steps of: receiving details of a triggering event which is to be notified to the network application, the triggering event being a registration of user equipment with a predetermined femto cell of the wireless telecommunications network; providing triggering information indicative of the triggering event to that femto base station providing wireless communications coverage to the predetermined femto cell to cause that femto base station to provide a trigger notification indicating when the triggering event occurs; and in response to receipt of the trigger notification from the femto base station, providing location information to the network application, the location information providing the network application with an indication of the user equipment and the predetermined femto cell, together with an indication of when the triggering event occurred. This enables the movement of user equipment into specific locations to be detected and provided to network application efficiently, without any subsequent location determination processing having to occur, which provides a low-power, scalable, accurate and non-invasive approach requiring no modification of user equipment.
    • 公开了一种向网络应用提供位置信息的方法,位置服务器,提供触发通知的方法,毫微微基站和计算机程序产品。 该方法包括以下步骤:接收将被通知给网络应用的触发事件的细节,触发事件是具有无线电信网络的预定毫微微小区的用户设备的注册; 向所述毫微微基站提供指示触发事件的触发信息,以向所述预定毫微微小区提供无线通信覆盖,以使所述毫微微基站提供指示何时触发事件发生的触发通知; 并且响应于从所述毫微微基站接收到所述触发通知,向所述网络应用提供位置信息,所述位置信息向所述网络应用提供所述用户设备和所述预定毫微微小区的指示,以及何时 触发事件发生。 这使得能够将用户设备移动到特定位置以被有效地检测并提供给网络应用,而不需要进行任何后续的位置确定处理,其提供低功率,可扩展,准确和非侵入性的方法,不需要修改用户 设备。
    • 12. 发明申请
    • REDUCTION OF INTERFERENCE IN MOBILE TELECOMMUNICATIONS SYSTEMS
    • 减少移动通信系统中的干扰
    • US20130295916A1
    • 2013-11-07
    • US13884393
    • 2011-11-03
    • Malek ShahidHolger ClaussenLouis Gwyn SamuelLester Tse We Ho
    • Malek ShahidHolger ClaussenLouis Gwyn SamuelLester Tse We Ho
    • H04W24/02
    • A method of reducing interference from neighbouring cells, by optimising transmission Primary Scrambling Codes (PSC) within a small cell of a mobile telecommunications system, comprising: performing a network listening operation in the small cell to monitor transmissions of neighbouring cells, and determining scrambling codes and timing offsets of such transmissions; and providing, either (1) by means of a cross-correlation matrix determined in an initial characterising step, or (2) by means of a real-time cross-correlation process, a Primary Scrambling Code and a timing offset, in dependence on the cross-correlation values of determined codes and timing offsets of the neighbouring cells with codes and offsets that may be used by the small cell, does and offsets for the small cell which have a reduced likelihood of interference with transmissions of the neighbouring cells.
    • 一种通过优化移动电信系统的小小区内的传输主要扰码(PSC)来减少来自相邻小区的干扰的方法,包括:在所述小小区中执行网络监听操作以监视相邻小区的传输,以及确定扰码 和这种传输的定时偏移; 并且(1)通过在初始特征化步骤中确定的互相关矩阵,或(2)通过实时互相关处理,主扰码和定时偏移来提供,依赖于 所确定的代码的互相关值和具有可由小单元使用的代码和偏移量的相邻单元的定时偏移对于具有减小的对相邻单元的传输的干扰的可能性的小单元执行和偏移。
    • 14. 发明授权
    • Method of identification of a femtocell base station as a handover target, and apparatus therefor
    • 将毫微微小区基站识别为切换目标的方法及其装置
    • US08345633B2
    • 2013-01-01
    • US12635239
    • 2009-12-10
    • Nigel BradleyHolger ClaussenPhilip Charles Sapiano
    • Nigel BradleyHolger ClaussenPhilip Charles Sapiano
    • H04W4/00
    • H04W36/0083H04W16/16H04W36/04H04W84/045
    • A method is provided of identifying which one of a plurality of femtocell base stations neighboring a first femtocell base station is to be the target for handover of a call connection with a user terminal from the first base station. The neighbor femtocell base stations use the same primary scrambling code as each other. The femtocell base stations use code-division multiple access, CDMA. Each of the neighbor femtocell base stations transmits a respective broadcast signal that include timing information such that each neighbor femtocell base station transmits a broadcast signal having different timing information to that of the other neighbor femtocell base stations. The user terminal receives broadcast signals, determines the timing information of at least one of the received broadcast signals and reports the timing information to the first femtocell base station. The first femtocell base station identifies the target femtocell base station for handover from the timing information.
    • 提供了一种识别与第一毫微微小区基站相邻的多个毫微微小区基站中的哪一个作为与来自第一基站的用户终端的呼叫连接切换的目标的方法。 邻居毫微微小区基站使用相同的主扰码。 毫微微小区基站使用码分多址(CDMA)。 每个相邻毫微微小区基站发送包括定时信息的相应广播信号,使得每个相邻毫微微小区基站向其他相邻毫微微小区基站发送具有不同定时信息的广播信号。 用户终端接收广播信号,确定接收到的广播信号中的至少一个的定时信息,并将定时信息报告给第一毫微微小区基站。 第一毫微微小区基站从定时信息识别用于切换的目标毫微微小区基站。
    • 19. 发明授权
    • Decoding method and apparatus
    • 解码方法和装置
    • US07391826B2
    • 2008-06-24
    • US10637788
    • 2003-08-08
    • Holger ClaussenHamid Reza Karimi
    • Holger ClaussenHamid Reza Karimi
    • H03D1/00
    • H03M13/3905H03M13/2957H03M13/658
    • A method of decoding is provided comprising processing iterations. In each processing iteration, there is a first Max-Log-MAP decoding operation giving rise to a systematic error due to the Max-Log approximation, and a first weighting operation to weight extrinsic information from the first decoding operation to be applied as a priori information to the second Max-Log-MAP decoding operation. This is followed by a second Max-Log-MAP decoding operation, also giving rise to a systematic error due to the Max-Log approximation, and a second weighting operation to weight extrinsic information from the second decoding to be applied as a priori information to the first Max-Log-MAP decoding of the next iteration. The weights are applied to compensate for the systematic error due to the Max-Log approximation made in the last Max-Log-MAP decoding operation.
    • 提供一种解码方法,包括处理迭代。 在每个处理迭代中,存在由于Max-Log近似而引起系统误差的第一Max-Log-MAP解码操作,以及用于对来自第一解码操作的外在信息加权作为先验加权的第一加权操作 信息到第二次Max-Log-MAP解码操作。 之后是第二次Max-Log-MAP解码操作,也由于Max-Log近似而引起系统误差,以及第二加权操作,用于将来自第二解码的外在信息加权作为先验信息应用于 第一次Max-Log-MAP解码的下一次迭代。 应用权重来补偿由于在最后的Max-Log-MAP解码操作中进行的Max-Log近似而导致的系统误差。