公开(公告)号：WO2009123882A1

公开(公告)日：2009-10-08

申请号：PCT/US2009/038030

申请日：2009-03-24

Applicant: ALCATEL-LUCENT USA INC. ,  ASHIKHMIN, Alexei ,  DE LIND VAN WIJNGAARDEN, Adriaan, J. ,  KRAMER, Gerhard, Guenter, Theodor ,  NUZMAN, Carl, Jeremy ,  WHITING, Philip, Alfred

Inventor： ASHIKHMIN, Alexei ,  DE LIND VAN WIJNGAARDEN, Adriaan, J. ,  KRAMER, Gerhard, Guenter, Theodor ,  NUZMAN, Carl, Jeremy ,  WHITING, Philip, Alfred

IPC: H04M3/18 ,  H04M3/34 ,  H04M3/30

CPC classification number: H04M3/18 ,  H04M3/30 ,  H04M3/34 ,  H04M2203/058

Abstract: At least one channel is joined to a group of active channels in a communication system by transmitting control signals to configure respective customer premises equipment (CPE) of the active channels into a joining mode of operation, and transmitting a joining signature sequence to CPE of the joining channel over a downstream data signal path of the joining channel. A central office (CO) or other access node of the system receives correlation results from respective active channel CPE, estimates crosstalk from the joining channel into the active channels based on the correlation results, configures a precoder based on the estimated crosstalk, and adds the joining channel to the group of active channels. The channels may comprise respective subscriber lines of a DSL communication system.

Abstract translation: 通过发送控制信号将至少一个信道连接到通信系统中的一组活动信道，以将活动信道的相应客户驻地设备（CPE）配置为加入操作模式，并将加入签名序列发送到 在加入信道的下游数据信号路径上加入信道。 该系统的中心局（CO）或其他接入节点从相应的有源信道CPE接收相关结果，基于相关结果估计从加入信道到有源信道的串扰，基于所估计的串扰配置预编码器， 加入频道到活跃频道组。 信道可以包括DSL通信系统的相应用户线路。

公开(公告)号：WO01008390A1

公开(公告)日：2001-02-01

申请号：PCT/US2000/020409

申请日：2000-07-27

IPC: H04M3/30 ,  H04M11/06

CPC classification number: H04M3/301 ,  H04M3/2209 ,  H04M2201/02 ,  H04M2203/058

Abstract: Signature apparatus and techniques that make home networking devices, e.g., in-Home Phoneline Network (herein referred to as "HPN") devices, isolation filters, network interface devices, etc., detectable by commercially available metallic loop termination (MLT) test equipment. The invention also provides a method of testing a telephone line for the existence of a signature circuit identifying a home network. The home network signature circuit includes a series combination of a voltage breakdown device (e.g., Zener diodes) and an impedance (e.g., 200K ohm resistor). In operation, the home network signature circuit shunts the tested subscriber line loop with a voltage-dependent impedance in the presence of an appropriate test voltage exceeding 80 volts. Different high voltage thresholds of the voltage breakdown portion and/or different resistance values of the shunt impedance can be implemented in the home network signature device to produce uniquely detectable signatures. In this way, it is possible to remotely differentiate between various types of home network devices if the various types of home network devices include known voltage thresholds and/or shunt impedances. Loop qualification for services such as VDSL could include an automated remote scan from a central office for home network signature devices being served by telephone lines, e.g., existing in the same binder. To sense each of the parallel connected home network signature devices, the test equipment may preferably be made sensitive to the threshold voltage, not to the shunt impedance. The home network signature circuit may simply reside between the tip and ring on an HPN adapter. The home network signature circuit is preferably functional whether or not the network device is powered up. The home network signature circuit, in response to the activation energy signal exceeding a predetermined threshold above 80 volts, will drive an appropriate current back onto the telephone line.

Abstract translation: 使用市售的金属环路终端（MLT）测试设备可检测的家庭网络设备的签名设备和技术，例如家庭电话网络（以下称为“HPN”）设备，隔离滤波器，网络接口设备等） 。 本发明还提供了一种测试电话线路的方式，用于存在识别家庭网络的签名电路。 家庭网络签名电路包括电压击穿装置（例如齐纳二极管）和阻抗（例如，200K欧姆电阻器）的串联组合。 在操作中，家庭网络签名电路在具有超过80伏特的适当测试电压的情况下，以经电压相关的阻抗来分流测试的用户线环路。 可以在家庭网络签名装置中实现电压击穿部分的不同高压阈值和/或并联阻抗的不同电阻值，以产生唯一可检测的签名。 以这种方式，如果各种类型的家庭网络设备包括已知的电压阈值和/或并联阻抗，则可以远程区分各种类型的家庭网络设备。 用于诸如VDSL之类的服务的循环限定可以包括来自中心局的自动远程扫描，用于由电话线服务的家庭网络签名设备，例如存在于相同的绑定器中。 为了检测每个并联的家庭网络签名设备，测试设备可以优选地对阈值电压敏感，而不是分流阻抗。 家庭网络签名电路可以简单地驻留在HPN适配器上的尖端和环之间。 无论网络设备是否上电，家庭网络签名电路都是有效的。 归属网络签名电路响应于超过80伏特的预定阈值的激活能量信号将驱动合适的电流回到电话线上。

公开(公告)号：WO1998027713A1

公开(公告)日：1998-06-25

申请号：PCT/US1997022219

申请日：1997-12-04

Applicant: PARADYNE CORPORATION

Inventor： PARADYNE CORPORATION ,  BINGEL, Thomas, J.

IPC: H04M09/00

CPC classification number: H04M11/062 ,  H04M2203/058

Abstract: A plurality of passive distributed POTS filters (12) are associated with a respective plurality of POTS communications devices and decouple a POTS CHANNEL from a telephone connection, while permitting and not interfering with a second communications channel (41) (e.g., DSL, ADSL, SDSL, RADSL, VADSL, etc.) on the telephone connection that is utilized by a modem. In architecture, the DPF system (10) includes a plurality of POTS communications devices, such as telephones, and a plurality of the DPFs (10) corresponding respectively with and connecting each of the POTS communications devices (33) to the telephone connection. Each of the DPFs comprise an automatic control mechanism and a POTS filter (12). The automatic control mechanism is configured to isolate the POTS filter when a respective POTS communications device is on-hook. Each DPF (10) is configured to permit POTS communications over a POTS channel on the telephone connection with the respective POTS communications device (33) when the POTS communications device is off-hook. Furthermore, a second communications device, such as a DSL (e.g., ADSL, SDSL, RADSL, VADSL, etc.) communications device, is connected to the telephone connection and communicates signals over a second channel. The POTS and second channel are communicated over the telephone connection concurrently without appreciable interference.

Abstract translation: 多个无源分布式POTS过滤器（12）与相应的多个POTS通信设备相关联，并且将POTS信道与电话连接解耦，同时允许并且不干扰第二通信信道（41）（例如，DSL，ADSL， SDSL，RADSL，VADSL等）在调制解调器使用的电话连接上。 在架构中，DPF系统（10）包括多个POTS通信设备，例如电话，以及多个DPF（10），分别对应并将每个POTS通信设备（33）连接到电话连接。 每个DPF包括自动控制机构和POTS过滤器（12）。 自动控制机构被配置为当相应的POTS通信设备挂机时隔离POTS滤波器。 每个DPF（10）被配置为当POTS通信设备摘机时允许通过POTS通道在与POTS通信设备（33）的电话连接上进行POTS通信。 此外，诸如DSL（例如，ADSL，SDSL，RADSL，VADSL等）通信设备的第二通信设备连接到电话连接并且在第二信道上传送信号。 POTS和第二信道同时通过电话连接通信，而没有明显的干扰。