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    • 3. 发明申请
    • METHOD AND DEVICE FOR DETECTING A BROKEN BINDER
    • 用于检测断路器的方法和装置
    • WO2017021121A1
    • 2017-02-09
    • PCT/EP2016/066739
    • 2016-07-14
    • ALCATEL LUCENT
    • WAHIBI, IssamDROOGHAAG, BenoîtDIERICKX, Philippe
    • H04M3/08H04M3/30
    • H04M3/085H04M3/306
    • Embodiments relate to a method for detecting a broken binder in an access network comprising a plurality of telecommunication lines grouped in respective binders, executed by a detection device (1), comprising:- identifying (SI ) a plurality of telecommunication lines (L i ) for which a transmission interruption has been detected within a given time period, - obtaining (S2) line data (D i ) associated with the respective identified telecommunication lines (L i ), - for respective pairs of identified telecommunication lines, determining a virtual distance (d ij ) between the two telecommunication lines, in function of the associated line data, - determining (S4) at least one cluster of telecommunication lines in function of the virtual distances (d ij ), and - detecting (S6) a broken binder in function of the determined at least one cluster.
    • 实施例涉及一种用于检测接入网络中的断开的绑带的方法,包括由检测设备(1)执行的分组在各个绑定器中的多个电信线路,包括: - 识别(SI)多个电信线路(Li),用于 在给定时间段内已经检测到传输中断, - 获得与相应的所识别的电信线路(Li)相关联的(S2)线路数据(Di), - 对于相应的所识别的电信线路对,确定虚拟距离(dij) 在所述两条电信线路之间,根据所述相关联的线路数据的功能, - 确定(S4)至少一个电信线路群的虚拟距离(dij);以及 - 检测(S6)破碎的绑定器 至少一个群集。
    • 4. 发明申请
    • INTELLIGENT SELECTION OF NETWORK ELEMENTS FOR UPGRADES
    • 智能选择网络元素进行升级
    • WO2008079494A1
    • 2008-07-03
    • PCT/US2007/082175
    • 2007-10-23
    • MOTOROLA, INC.KELLER, Jesse M.,DEATON, Juan D.,FEIGEN, Ronald G.,
    • KELLER, Jesse M.,DEATON, Juan D.,FEIGEN, Ronald G.,
    • H04M1/24H04M3/08
    • H04W24/04H04W24/08H04W36/38
    • A system for taking network elements off-line includes a memory (1806) for storing a record (1802) of a number of calls being handled by a first network element over a period of time and a processor (1804) communicatively coupled to the memory (1806), where the processor (1804) is used for setting a threshold value based on the record (1802), monitoring in substantially real-time, a number of calls being handled by the first network element, and comparing the number of substantially real-time monitored calls being handled by the first network element to the threshold value. The system also includes a switch (1816) communicatively coupled to the processor, where the switch (1816) is used to take the first network element off-line if the number of substantially real-time monitored calls being handled by the first network element is below the threshold value.
    • 用于离线接收网络元件的系统包括用于存储在一段时间内由第一网络元件处理的多个呼叫的记录(1802)的存储器(1806)和通信地耦合到存储器的处理器(1804) (1806),其中所述处理器(1804)用于基于所述记录(1802)设置阈值,基本上实时地监视由所述第一网络元件处理的呼叫的数量,并且将所述数量基本上 实时监控的呼叫由第一网元处理到阈值。 该系统还包括通信地耦合到处理器的交换机(1816),其中如果由第一网络元件处理的基本上实时监控的呼叫的数量是第一网络元件的数量是交换机(1816),则用于将第一网络元件离线 低于阈值。
    • 7. 发明申请
    • METHOD AND SYSTEM FOR MITIGATING FOURIER TRANSFORM SIDE LOBES
    • 用于减轻FOURIER变换侧面的方法和系统
    • WO2004105336A3
    • 2005-02-24
    • PCT/US2004015865
    • 2004-05-20
    • GLOBESPAN VIRATA INCDUVAUT PATRICKLANGBERG EHUDRAPAPORT ALBERTSHOLTZ WILLIAMSHMULYIAN FAINA
    • DUVAUT PATRICKLANGBERG EHUDRAPAPORT ALBERTSHOLTZ WILLIAMSHMULYIAN FAINA
    • H04L27/26H04M1/24H04M3/08H04M3/22
    • H04L27/2602H04L27/2614
    • The present invention is directed to implementing theoretical foundations of frequency domain methods aiming to locally decrease the impact of aggregate side lobes of a few discrete frequency tones, in the vicinity of other "victim" frequencies. The family of frequency methods referred to makes use of one or more "canceller tones." The "canceller tones" loads are optimized to minimize the aggregate power in the neighborhood of the victim frequencies. An exemplary method for decreasing an impact of aggregate side lobes of one or more discrete frequency tones in the vicinity of one or more victim tones comprises the steps of calculating an aggregate power of one or more side lobes of one or more disturber tones within a victim bandwidth; determining at least one optimal load to minimize the aggregate power wherein the at least one optimal load comprises a linear combination of the one or more disturber tones; and applying the at least one optimal load to one or more canceller tones for minimizing the impact of the one or more side lobes of the one or more disturber tones.
    • 本发明旨在实现频域方法的理论基础,旨在局部地减小在其他“受害者”频率附近的几个离散频率的聚集旁瓣的影响。 所提及的频率方法族使用一个或多个“消除音”。 优化“消除音”负载以最小化受害者频率附近的总功率。 减少一个或多个受害音调附近的一个或多个离散频率音调的聚集旁瓣的影响的示例性方法包括以下步骤:计算受害者中一个或多个干扰音的一个或多个旁波的总功率 带宽; 确定至少一个最佳负载以最小化所述总功率,其中所述至少一个最佳负载包括所述一个或多个干扰调制音的线性组合; 以及将所述至少一个最佳负载应用于一个或多个消除器音调,以最小化所述一个或多个干扰音调的一个或多个旁瓣的影响。
    • 10. 发明申请
    • METHOD AND APPARATUS FOR TESTING VOICE AND DATA LINES IN A TELECOMMUNICATION SYSTEM
    • 在电信系统中测试语音和数据线的方法和装置
    • WO02033941A1
    • 2002-04-25
    • PCT/US2001/029138
    • 2001-09-19
    • G01R31/11H04B3/46H04M3/08H04M3/30H04M1/24H04M3/22
    • H04B3/46G01R31/11H04M3/085H04M3/30
    • The method for accurately determining the location of a fault on a telephone line. The method includes the steps of obtaining a transfer function of the telephone line and performing a Fourier transform on the transfer function. Fourier transform includes a spike having a time component that is representative of a discontinuity, which is located a known discontinuity and the time component associated with the fault are then used to calculate the distance from the end of the telephone line to the fault. The time component and distance associated with the known discontinuity can also be used to calculate a propagation speed of the telephone line. The method may be implemented, in either a single-ended or double-ended manner, between various elements of a telecommunication network, such as a customer's modem (50), a public switch (52), a remote test unit (54), a digital subscriber line access module(56), and a remote access server (58).
    • 用于精确确定电话线上故障位置的方法。 该方法包括获得电话线的传递函数并对传递函数执行傅里叶变换的步骤。 傅里叶变换包括具有代表不连续性的时间分量的尖峰,其位于已知的不连续性,并且然后使用与故障相关联的时间分量来计算从电话线的末端到故障的距离。 与已知不连续性相关联的时间分量和距离也可用于计算电话线的传播速度。 该方法可以以单端或双端方式在诸如客户调制解调器(50),公共交换机(52),远程测试单元(54)之类的电信网络的各种元件之间实现, 数字用户线路接入模块(56)和远程接入服务器(58)。