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    • 4. 发明授权
    • Channel estimation utilizing control signals transmitted by an activating line during initialization
    • 在初始化期间利用由激活线传输的控制信号的信道估计
    • US08559547B2
    • 2013-10-15
    • US12896372
    • 2010-10-01
    • Carl J. NuzmanAdriaan J. de Lind van Wijngaarden
    • Carl J. NuzmanAdriaan J. de Lind van Wijngaarden
    • H04B15/00
    • H04B3/32H04B3/487H04L25/0204H04L25/0226H04L25/03012H04L25/03159H04M3/18H04M3/34H04M11/062
    • An access node is configured to control crosstalk between an activating channel associated with a first terminal and active channels associated with respective other terminals. The access node detects a control signal sent by the first terminal over the activating channel in a designated phase of an initialization process of the first terminal, determines an error signal from the detected control signal, correlates the error signal with one or more corresponding signals sent by respective ones of the other terminals over the active channels, estimates crosstalk from the active channels into the activating channel based on the correlation, and configures a vectoring signal processing module to control the estimated crosstalk. The control signal sent by the first terminal comprises a value selected by the first terminal from a set of two or more values and prior to its detection the particular selected value is unknown to the access node.
    • 接入节点被配置为控制与第一终端相关联的激活信道与与相应的其他终端相关联的活动信道之间的串扰。 接入节点在第一终端的初始化处理的指定阶段中检测由第一终端通过激活信道发送的控制信号,根据检测到的控制信号确定误差信号,将误差信号与发送的一个或多个相应信号相关联 通过有源信道上的其他终端中的相应一个,基于相关性估计从有源信道到激活信道的串扰,并且配置矢量化信号处理模块以控制估计的串扰。 由第一终端发送的控制信号包括由一组两个或多个值由第一终端选择的值,并且在其检测之前,该特定选定值对于接入节点是未知的。
    • 5. 发明授权
    • Methods and apparatus for implementing run-length limited and maximum transition run codes
    • 实现游程限制和最大过渡运行代码的方法和设备
    • US06241778B1
    • 2001-06-05
    • US09335816
    • 1999-06-18
    • Adriaan J. de Lind van WijngaardenEmina Soljanin
    • Adriaan J. de Lind van WijngaardenEmina Soljanin
    • H03M500
    • H03M13/31G11B20/1426G11B2020/1434G11B2020/1446H03M5/00H03M5/06H03M5/145H03M7/46
    • Data words are converted to codewords in accordance with a run-length limited (RLL) or maximum transition run (MTR) code in which the codewords are subject to one or more constraints on the number of consecutive like symbols. The data words and codewords are each partitioned into a number of disjoint subsets. Associated with each of the disjoint subsets of data words is a distinct mapping. A given data word is converted to a codeword by applying to the given data word the mapping associated with the subset containing that data word. The mappings are configured to utilize symmetry whenever possible. For example, if Y=&psgr;(X) represents the mapping of a given data word X onto a corresponding codeword Y. then it is preferred that X′ and Y′ representing the words X and Y in reversed order, satisfy the relation Y′=&psgr;(X′). An example of an efficient high-rate, multi-purpose code in accordance with the invention is a rate 16/17 code satisfying (0,15,9,9) RLL and (0,3,2,2) MTR constraints. This exemplary code can be further processed using interleaving techniques to generate other higher rate codes.
    • 数据字根据游程长度受限(RLL)或最大转移运行(MTR)代码转换为码字,其中码字受连续相似符号数量的一个或多个约束。 数据字和码字被分成多个不相交的子集。 与数据字的每个不相交的子集相关联是一个不同的映射。 通过将给定的数据字应用到与包含该数据字的子集相关联的映射,将给定的数据字转换成码字。 映射被配置为尽可能地利用对称性。 例如,如果Y = psi(X)表示给定数据字X到对应的码字Y的映射,则优选地,以相反的顺序表示字X和Y的X'和Y'满足关系Y' = psi(X')。 根据本发明的有效的高速率,多用途代码的示例是满足(0,15,9,9)RLL和(0,3,2,2)MTR约束的速率16/17代码。 可以使用交错技术来进一步处理该示例性代码以生成其他较高速率代码。
    • 6. 发明授权
    • Dual transmission for communication networks
    • 通信网络的双重传输
    • US08750266B2
    • 2014-06-10
    • US12591653
    • 2009-11-25
    • Adriaan J. de Lind van Wijngaarden
    • Adriaan J. de Lind van Wijngaarden
    • H04W4/00H04J3/16
    • H04L12/5692H04L45/24H04L47/125H04L47/41H04W76/15H04W76/16H04W76/19
    • A dual transmission network may use a hybrid architecture where two types of links, such as wireless and fixed, function in a parallel manner for communicating control information and data. In at least one example embodiment, an apparatus includes at least two local transceivers and a controller. The controller is connected to control the two local transceivers and configured to establish parallel first and second communication links with a remote terminal via at least one of the local transceivers. The first communication link uses a first physical layer communication protocol and the second communication link uses a second physical layer communication protocol. The second physical layer communication protocol may be different from the first physical layer communication protocol or the first and second transceivers may be configured to operate on different frequencies.
    • 双传输网络可以使用混合架构,其中诸如无线和固定的两种类型的链路以并行的方式起作用以传送控制信息和数据。 在至少一个示例性实施例中,装置包括至少两个本地收发器和控制器。 控制器被连接以控制两个本地收发器,并被配置成经由至少一个本地收发器与远程终端建立并行的第一和第二通信链路。 第一通信链路使用第一物理层通信协议,第二通信链路使用第二物理层通信协议。 第二物理层通信协议可以不同于第一物理层通信协议,或者第一和第二收发器可以被配置为在不同频率上操作。