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    • 54. 发明授权
    • Method and arrangement for the adaptive filtering of signals
    • 用于信号自适应滤波的方法和装置
    • US08259927B2
    • 2012-09-04
    • US12514959
    • 2006-11-15
    • Wolfgang BauerJohann Wurz
    • Wolfgang BauerJohann Wurz
    • H04M9/08
    • H04B3/23H04M3/002
    • The invention relates to a method for adaptive filtering in which a level of a reference signal necessary for the adaptive filtering is determined in the context of an adaptation by estimation, using a quantity equivalent to the reference signal, wherein the filtering is dependent on the electrical power of at least one signal extracted from a transmission channel to be filtered, and the equivalent quantity is determined by means of a mathematical function based on the electrical power of at least the extracted signal. The invention further relates to an arrangement with means for carrying out the method.
    • 本发明涉及一种用于自适应滤波的方法,其中通过使用等于参考信号的量通过估计在自适应调整的上下文中确定自适应滤波所需的参考信号的电平,其中滤波取决于电 从要滤波的传输信道提取的至少一个信号的功率,并且通过至少所提取的信号的电功率的数学函数确定等效量。 本发明还涉及具有用于执行该方法的装置的装置。
    • 58. 发明授权
    • Method, computer program product, and network node element for more quickly detecting faults on transmission paths and/or in nodes
    • 方法,计算机程序产品和网络节点元素,用于更快地检测传输路径和/或节点中的故障
    • US08107358B2
    • 2012-01-31
    • US11918298
    • 2006-04-04
    • Oliver Veits
    • Oliver Veits
    • H04L1/00
    • H04L45/02H04L43/0817H04L45/28
    • A communication between network node elements (routers), according to which the routes communicate with one another using a link-state protocol, e.g. IS-IS or OSPF and the failure of a network node element can be identified more rapidly than by the evaluation of hello messages disclosed in prior art is provided. A link-state message is received by a first network node element from a neighboring second network node element, the link states that are contained in the link-state message are compared with at least one stored link state of a network node element that lies adjacent to the first network node element and the compared link states are evaluated as a criterion for a failure of a neighboring network node element. The topology is recalculated, taking into consideration the failure of the neighboring network node element, without waiting for a dead interval based on period link (hello) message to elapse.
    • 网络节点元素(路由器)之间的通信,根据该通信路由使用链路状态协议彼此通信。 IS-IS或OSPF,并且可以比通过提供现有技术中公开的hello消息的评估更快地识别网络节点元素的故障。 链路状态消息由第一网络节点元素从相邻的第二网络节点元素接收,将包含在链路状态消息中的链路状态与邻近的网络节点元素的至少一个存储的链路状态进行比较 被评估为相邻网络节点元素的故障的标准。 在不等待基于周期链路(hello)消息的死区间隔的情况下,考虑到相邻网络节点元素的故障,重新计算拓扑。
    • 59. 发明申请
    • Method and Means for the Scalable Improvement of the Quality of a Signal Encoding Method
    • 可扩展性提高信号编码方法质量的方法和手段
    • US20120014474A1
    • 2012-01-19
    • US13133978
    • 2009-12-10
    • Stefan SchandlPanji Setiawan
    • Stefan SchandlPanji Setiawan
    • H04L25/49
    • G10L19/24
    • The invention relates to a method for the scalable improvement of the quality of an encoding method according to IT-U Recommendation G.722, including the following steps:-a digital error signal (E) derived from an input signal to be encoded and a prognosis signal is compared in sections to a number of M*LN different reference signals in an iterative process having a number of repeated steps depending on the scope of the expansion, and the reference signal having a minimum error signal of a prescribed error criteria is derived therefrom,-the reference signals are each made up of equidistant Dirac impulses δ(n) according to (I), wherein off=[0 . . . M−1], indicates the distance of the first impulse from a zero time point, α∈{α,α, . . . ,α} indicates the amplitude value, M the distance between the individual pulses, N the number of pulses, and L the number of different levels,-the information about the reference signal having the minimum error signal is transmitted. c  ( n ) = ∑ p = 0 N - 1  α p · δ  ( n - off - M · p ) ( I )
    • 本发明涉及一种根据IT-U建议G.722可扩展地提高编码方法质量的方法,包括以下步骤: - 从要编码的输入信号导出的数字误差信号(E)和 预测信号在具有取决于扩展的范围的多个重复步骤的迭代过程中与多个M * LN不同参考信号进行比较,并且导出具有规定误差准则的最小误差信号的参考信号 参考信号各自由根据(I)的等距离的狄拉克脉冲δ(n)组成,其中off = [0。 。 。 M-1]表示第一个脉冲与零时间点的距离,α∈{α,α, 。 。 ,α}表示振幅值,M表示各个脉冲之间的距离,N表示脉冲数,L表示不同电平的数量, - 关于具有最小误差信号的参考信号的信息被发送。 c(n)=Σp = 0 N - 1αα·δ(n-off-M·p)(I)
    • 60. 发明授权
    • Network node unit and method for forwarding data packets
    • 网络节点单元和数据包转发方法
    • US08081633B2
    • 2011-12-20
    • US11792559
    • 2006-07-11
    • Oliver Veits
    • Oliver Veits
    • H04L12/56
    • H04L12/4645
    • A network node unit and a method for forwarding data packets are provided. The network node unit is designed for forwarding data packets provided with a virtual network tag and comprises an identified cascading depth of the virtual network tag in the data packets which exceeds a predefined cascading depth, a filtered forwarding of data packets provided with a cascaded virtual network tag in accordance with the predefined and the identified cascading depth, and an administration table for entering the virtual network tag and address data of the data packets in accordance with the predefined and the identified cascading depth.
    • 提供了网络节点单元和用于转发数据分组的方法。 网络节点单元被设计用于转发提供有虚拟网络标签的数据分组,并且包括在超过预定义级联深度的数据分组中的所识别的虚拟网络标签的级联深度,提供有级联虚拟网络的数据分组的过滤转发 标签,以及根据预定义和识别的级联深度输入虚拟网络标签和数据分组的地址数据的管理表。