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    • 1. 发明申请
    • SYSTEMS AND METHODS FOR HANDLING CROSSTALK VECTORING FAILURES IN MULTI-CARD VECTORING GROUPS
    • 用于处理多卡片组合中的波形变形失真的系统和方法
    • US20120224674A1
    • 2012-09-06
    • US13411053
    • 2012-03-02
    • Richard GoodsonArlynn Wayne WilsonFred Chu
    • Richard GoodsonArlynn Wayne WilsonFred Chu
    • H04M9/08H04M3/22
    • H04M3/18H04B3/32H04L27/2601H04L2012/5675H04M3/306H04M3/34H04W24/02
    • A communication system comprises a plurality of line cards having transceivers coupled to a plurality of subscriber lines. Each line card has at least one active transceiver within the same vectoring group, and each line card also has vector logic capable of cancelling crosstalk induced by an active transceiver that is a member of the vectoring group. In the event of a vectoring fault that prevents a line card from receiving vectoring information from at least on other line card, the vector logic is configured to disable vectoring for the interferers affected by the error in order to prevent vectoring operations based on obsolete vectoring coefficients from adversely affecting the quality of the communicated signals. The transceivers communicating signals affected by the suspended vectoring operations are also configured to adjust their constellation density profiles, thereby reducing their data rates, to accommodate the increased noise level resulting from the loss of vectoring. By handling the vectoring fault in such manner, communication can continue without requiring a retrain.
    • 通信系统包括具有耦合到多个用户线的收发器的多个线路卡。 每个线路卡在相同的向量组内具有至少一个有源收发信机,并且每个线路卡还具有能够消除由作为向量组的成员的有源收发信机所引起的串扰的向量逻辑。 在矢量故障的情况下,阻止线卡从至少在其他线路卡上接收矢量信息,向量逻辑被配置为禁止受该误差影响的干扰源的矢量化,以便防止基于过时向量系数的矢量化操作 从不利地影响通信信号的质量。 传送受暂停引导操作影响的信号的收发信机也被配置为调整其星座密度分布,从而降低其数据速率,以适应由矢量化损失引起的增加的噪声电平。 通过以这种方式处理向量故障,通信可以继续而不需要重新训练。
    • 7. 发明授权
    • Systems and methods for handling crosstalk vectoring failures in multi-card vectoring groups
    • 用于处理多卡向量组中的串扰向量失败的系统和方法
    • US09088642B2
    • 2015-07-21
    • US13411053
    • 2012-03-02
    • Richard GoodsonArlynn Wayne WilsonFred Chu
    • Richard GoodsonArlynn Wayne WilsonFred Chu
    • H04M3/22H04M3/18H04W24/02H04B3/32H04M3/34H04L27/26H04L12/70H04M3/30
    • H04M3/18H04B3/32H04L27/2601H04L2012/5675H04M3/306H04M3/34H04W24/02
    • A communication system comprises a plurality of line cards having transceivers coupled to a plurality of subscriber lines. Each line card has at least one active transceiver within the same vectoring group, and each line card also has vector logic capable of cancelling crosstalk induced by an active transceiver that is a member of the vectoring group. In the event of a vectoring fault that prevents a line card from receiving vectoring information from at least on other line card, the vector logic is configured to disable vectoring for the interferers affected by the error in order to prevent vectoring operations based on obsolete vectoring coefficients from adversely affecting the quality of the communicated signals. The transceivers communicating signals affected by the suspended vectoring operations are also configured to adjust their constellation density profiles, thereby reducing their data rates, to accommodate the increased noise level resulting from the loss of vectoring. By handling the vectoring fault in such manner, communication can continue without requiring a retrain.
    • 通信系统包括具有耦合到多个用户线的收发器的多个线路卡。 每个线路卡在相同的向量组内具有至少一个有源收发器,并且每个线路卡还具有能够消除由作为向量组的成员的有源收发器引起的串扰的向量逻辑。 在矢量故障的情况下,阻止线卡从至少在其他线路卡上接收矢量信息,向量逻辑被配置为禁止由误差影响的干扰源的矢量化,以便防止基于过时向量系数的矢量化操作 从不利地影响通信信号的质量。 传送受暂停引导操作影响的信号的收发信机也被配置为调整其星座密度分布,从而降低其数据速率,以适应由矢量化损失引起的增加的噪声电平。 通过以这种方式处理向量故障,通信可以继续而不需要重新训练。