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    • 1. 发明授权
    • Method and an interconnecting node for use in an access network
    • 用于接入网络的方法和互连节点
    • US09425983B2
    • 2016-08-23
    • US13143513
    • 2009-01-16
    • Elmar TrojerPer-Erik Eriksson
    • Elmar TrojerPer-Erik Eriksson
    • H04J3/00H04L12/28H04M11/06H04Q11/00H04J3/06
    • H04L12/2885H04J3/0647H04J3/0652H04J3/0682H04L12/2892H04M11/062H04Q11/0067H04Q11/0071
    • The invention relates to an interconnecting node for use in interconnecting a passive optical network (PON) and a copper wire xDSL access network, wherein said interconnecting node comprises an optical network unit (ONU) arranged to be connected to an optical line termination (OLT) over the PON network; and at least one xDSL access device connectable to at least one user end xDSL equipment over the copper wire xDSL access network. The interconnecting node is characterized in that it further comprises a clocking interconnect between the ONU unit and the at least one xDSL access device arranged to distribute a clock signal obtained from optical network transmissions received in the ONU unit over the PON network to an timing reference input of the at least one xDSL access device. The invention also relates to a further interconnecting node, methods for use in interconnecting nodes, a central office optical network apparatus and an access network.
    • 本发明涉及用于互连无源光网络(PON)和铜线xDSL接入网络的互连节点,其中所述互连节点包括布置成连接到光线路终端(OLT)的光网络单元(ONU) 通过PON网络; 以及至少一个可通过铜线xDSL接入网络连接至少一个用户端xDSL设备的xDSL接入设备。 互连节点的特征在于,其还包括在ONU单元和至少一个xDSL接入设备之间的时钟互连,其布置成将从在PON网络中接收的ONU单元中的光网络传输获得的时钟信号分配到定时参考输入 的所述至少一个xDSL访问设备。 本发明还涉及另一互连节点,用于互连节点的方法,中心局光网络设备和接入网络。
    • 5. 发明申请
    • FAST CROSSTALK LIMITATION BETWEEN MODEMS
    • 模式之间的快速摇摆限制
    • US20140226454A1
    • 2014-08-14
    • US14342258
    • 2011-08-31
    • Chenguang LuPer-Erik Eriksson
    • Chenguang LuPer-Erik Eriksson
    • H04B3/32
    • H04B3/32H04B3/487H04L5/00H04M11/062
    • A device for limiting crosstalk between vectoring modems connected to a group of communication lines comprises a subgroup determining element that obtains information of the division into subgroups, each subgroup being made up of lines experiencing cross-talk from each other, and assigns operational pilot sequences to the group according to the division, an operational sequence transmission control element that transmits the operational sequences on the lines to the modems, which sequences are mutually orthogonal to each other and each communication line receives a corresponding sequence, and a corrective action determining element that obtains cross-talk measurements related to the transmitted operational pilot sequences and determines, for each subgroup, cross-talk and corrective action based on measurements made for a number of sequence symbols, which number corresponds to the minimum number required for obtaining mutually orthogonal pilot sequences within the subgroup.
    • 用于限制连接到一组通信线路的向量化调制解调器之间的串扰的装置包括获得划分成子组的信息的子组确定元件,每个子组由彼此经历串扰的线路组成,并将操作导频序列分配给 根据该划分的组,将线路上的操作序列发送到调制解调器的操作序列传输控制元件,哪些序列彼此相互正交,并且每个通信线路接收相应的序列,以及获得的纠正动作确定元件 与发送的操作导频序列相关的串扰测量,并且基于针对多个序列符号的测量确定每个子组的串扰和校正动作,该数量对应于获得相互正交的导频序列所需的最小数目 该小组。
    • 6. 发明授权
    • Method and arrangement in a DSL vectoring system
    • DSL矢量化系统中的方法和布置
    • US08681843B2
    • 2014-03-25
    • US13581591
    • 2010-08-23
    • Chenguang LuPer-Erik Eriksson
    • Chenguang LuPer-Erik Eriksson
    • H04B3/46H04B17/00H04Q1/20
    • H04B3/32H04B3/487H04L27/2601H04M3/18H04M11/062
    • Method and arrangement in a Vectoring Control Entity, VCE, for handling disorderly events in a Digital Subscriber Line, DSL, system. The method involves a number of actions, to be performed when a disorderly event occurs on a line min a vectored group of DSL lines, and the transmission on line m is continued. The method comprises obtaining (104) error samples from Customer Premises Equipments, CPEs, connected to other lines in the vectored group of DSL lines. The method further comprises—calculating an estimate of the channel coefficients changed due to the disorderly event, based on the error samples, thus providing a partial channel estimate. Further, the method comprises—modifying (110) a downstream precoder, at least partly based on the partial channel estimate, such that retraining of the other lines in the vectored group due to the disorderly event is avoided. The arrangement is adapted to enable the performance of the above described method.
    • 矢量控制实体VCE中用于处理数字用户线DSL系统中无序事件的方法和布置。 该方法涉及当在最小线路组DSL线路上发生无序事件时执行的多个动作,并且线路m上的传输继续进行。 该方法包括从DSL线路向量组中的其他线路获得来自客户端设备(CPE)的(104)错误样本。 该方法还包括 - 基于错误采样来计算由于无序事件而改变的信道系数的估计,从而提供部分信道估计。 此外,该方法至少部分地基于部分信道估计来修改(110)下行预编码器,从而避免了由于无序事件导致的向导组中的其他线路的再训练。 该装置适于实现上述方法的执行。
    • 8. 发明申请
    • SYSTEMS AND METHODS FOR ENABLING DIFFERENT NETWORK NODES OF A NETWORK ACESS SYSTEM TO SHARE A BACKHAUL COMMUNICATIONS LINK
    • 用于启用网络交易系统的不同网络节点的系统和方法,以分享一个反向通信链路
    • US20110293271A1
    • 2011-12-01
    • US13145623
    • 2009-01-21
    • Per-Erik Eriksson
    • Per-Erik Eriksson
    • H04L12/56H04J14/00H04W92/12
    • H04W92/12H04M11/062
    • Systems and methods for enabling different network nodes of a network access system to share a backhaul communication link are disclosed. In one embodiment, the method includes: connecting a first modem to a first node of the network access system; connecting a second modem to a second node of the network access system; connecting the first modem to a first port of a splitter filter; connecting the second modem to a second port of the splitter filter; and connecting a backhaul communication link to a third port of the splitter filter, which is configured to multiplex signals transmitted by the modems onto the backhaul communication link, wherein the frequency spectrum of the signal transmitted by the first modem does not overlap substantially with the frequency spectrum of the signal transmitted by the second modem.
    • 公开了一种用于使网络接入系统的不同网络节点共享回程通信链路的系统和方法。 在一个实施例中,该方法包括:将第一调制解调器连接到网络接入系统的第一节点; 将第二调制解调器连接到所述网络接入系统的第二节点; 将第一调制解调器连接到分离滤波器的第一端口; 将第二调制解调器连接到分离器滤波器的第二端口; 以及将回程通信链路连接到分离器滤波器的第三端口,其被配置为将由调制解调器发送的信号复用到回程通信链路上,其中由第一调制解调器发送的信号的频谱基本上不与频率重叠 由第二调制解调器发送的信号的频谱。