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    • 1. 发明申请
    • SETTING OPTICAL POWER FOR AN OPTICAL COMMUNICATIONS NETWORK CHANNEL
    • 设定用于光通信网络通道的光功率
    • WO2010105687A1
    • 2010-09-23
    • PCT/EP2009/053273
    • 2009-03-19
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)BRUNO, GianmarcoCECCATELLI, RiccardoMONGIARDINI, Edoardo
    • BRUNO, GianmarcoCECCATELLI, RiccardoMONGIARDINI, Edoardo
    • H04J14/02H04B10/08H04B10/17
    • H04J14/0221H04B10/0775H04B10/0777
    • A method (30) of determining a power correction factor for an optical power of an optical channel of a wavelength division multiplexed communications network. The method (30) comprises configuring an optical source (12, 32, 34, 36) of the communications network to generate an unmodulated optical carrier signal for the said optical channel. The method further comprises determining the optical power (36) of the said unmodulated optical carrier signal (P HIGH )- The method further comprises configuring the said optical source (16) to apply a test modulation pattern (16) to the optical carrier signal, to generate a modulated optical carrier signal. The method further comprises determining the optical power (18) of the said modulated optical carrier signal (P MOD ). The method further comprises determining a power correction factor (20) for the said optical channel by determining the difference between the said optical powers of the said unmodulated optical carrier signal and the said modulated optical carrier signal.
    • 确定波分复用通信网络的光信道的光功率的功率校正因子的方法(30)。 方法(30)包括配置通信网络的光源(12,32,34,36)以产生用于所述光信道的未调制的光载波信号。 该方法还包括确定所述未调制的光载波信号(PHIGH)的光功率(36)。该方法还包括配置所述光源(16)以将测试调制模式(16)应用于光载波信号,以 产生调制的光载波信号。 该方法还包括确定所述调制光载波信号(PMOD)的光功率(18)。 该方法还包括通过确定所述未调制光载波信号的所述光功率与所述调制的光载波信号之间的差来确定所述光信道的功率校正因子(20)。
    • 3. 发明申请
    • DISTRIBUTING PATH DELAY DATA IN A CONNECTION-ORIENTED COMMUNICATIONS NETWORK
    • 在面向连接的通信网络中分配路径延迟数据
    • WO2014029430A1
    • 2014-02-27
    • PCT/EP2012/066343
    • 2012-08-22
    • TELEFONAKTIEBOLAGET L M ERICSSON (publ)DUTTI, EnricoRUFFINI, StefanoCECCATELLI, Riccardo
    • DUTTI, EnricoRUFFINI, StefanoCECCATELLI, Riccardo
    • H04J3/06H04L12/26
    • H04J14/08H04B10/27H04J3/0647H04L43/0858H04L43/0864H04L45/12
    • A connection-oriented communications network (4) comprises a plurality of interconnected nodes (N1-N4, 11-13). A traffic path (N1-N2-N3-N4) can be set up across the network (4). Path delay data is obtained for the traffic path by using control plane signalling messages (e.g. a Resource Reservation Protocol - Traffic Engineering, RSVP-TE signalling message) between nodes of the traffic path. The path delay data can be path delay asymmetry data indicative of an asymmetry in path delay between a forward transmission direction and a reverse transmission direction of the traffic path. Each intermediate node (N2, N3, N4) along the traffic path can form a signalling message for forwarding to the downstream node which includes one or more values of path delay incurred by that node, or an accumulated path delay value. The path delay can result from one or more of mapping delay, Forward Error Correction (FEC) coding and propagation delay.
    • 面向连接的通信网络(4)包括多个互连节点(N1-N4,11-13)。 可以通过网络(4)设置交通路径(N1-N2-N3-N4)。 通过在业务路径的节点之间使用控制平面信令消息(例如,资源预留协议 - 业务流程工程,RSVP-TE信令消息),为业务路径获得路径延迟数据。 路径延迟数据可以是表示路径延迟在交通路径的前向传输方向和反向传输方向之间的不对称性的路径延迟不对称数据。 沿着业务路径的每个中间节点(N2,N3,N4)可以形成用于转发到下游节点的信令消息,其包括由该节点引起的一个或多个路径延迟值或累积路径延迟值。 路径延迟可以由映射延迟,前向纠错(FEC)编码和传播延迟中的一个或多个导致。