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    • 6. 发明授权
    • Method, apparatus and system for transporting multi-lane ethernet signal
    • 运输多通道以太网信号的方法,装置和系统
    • US08305925B2
    • 2012-11-06
    • US12559696
    • 2009-09-15
    • Limin DongQiuyou Wu
    • Limin DongQiuyou Wu
    • G01R31/08H04J3/16
    • H04L12/66H04J3/07H04J3/1658H04J2203/0085H04J2203/0094
    • Methods, apparatuses and systems for transporting multi-lane Ethernet signal are disclosed. The method primarily includes utilizing a plurality of timeslot channels and justification bytes configured in the OPUk-Xv to build up multiple virtually concatenated transport lanes; and transporting a lane of independent Ethernet data via each lane in the multiple transport lanes. Such schema allows to transparently transport multi-lane Ethernet signal over OTN and addresses the uncontrollability of the time delay occurred when multi-lane Ethernet signal traverse over OTN. In addition, the problem that the frequency offset does not fit the IEEE definition of the Ethernet interface is solved.
    • 公开了用于传输多通道以太网信号的方法,装置和系统。 该方法主要包括利用在OPUk-Xv中配置的多个时隙信道和对齐字节来建立多个虚拟级联的传输通道; 以及通过多个运输车道中的每条车道运送独立以太网数据的车道。 这种模式允许通过OTN透明地传输多通道以太网信号,并解决了多通道以太网信号穿越OTN时发生的时间延迟的不可控制性。 另外,解决了频率偏移不符合IEEE定义的以太网接口的问题。
    • 8. 发明授权
    • Method and apparatus for transporting client signals in an optical transport network
    • 用于在光传输网络中传送客户端信号的方法和装置
    • US08824505B2
    • 2014-09-02
    • US13281280
    • 2011-10-25
    • Limin DongQiuyou Wu
    • Limin DongQiuyou Wu
    • H04J3/24H04J3/16H04J3/02
    • H04J3/1652H04J3/1658H04J3/1664
    • Method and apparatus for transporting client signals in an OTN are illustrated. In one embodiment, the method includes: receiving a client signal; determining a quantity of n-bit data units of the client signal based on a clock of the client signal and a local clock; mapping the quantity of n-bit data units of the client signal to an overhead of a first Optical Channel Data Tributary Unit (ODTU) frame; mapping the n-bit data units of the client signal to a payload area of a second ODTU frame next to the first ODTU frame according to the quantity of n-bit data units mapped in the overhead of the first ODTU frame; mapping each n-bit data unit of the second ODTU frame to an Optical Channel Payload Unit-k Tributary Slot (OPUk TS) in an OPUk frame; and forming an Optical Channel Transport Unit-k (OTUk) frame including the OPUk frame for transmission.
    • 示出了在OTN中传送客户端信号的方法和装置。 在一个实施例中,该方法包括:接收客户端信号; 基于客户信号和本地时钟的时钟确定客户端信号的n位数据单元的数量; 将客户端信号的n位数据单元的数量映射到第一光信道数据支路单元(ODTU)帧的开销; 根据映射在第一ODTU帧的开销中的n位数据单元的数量,将客户端信号的n位数据单元映射到第一ODTU帧旁边的第二ODTU帧的净荷区域; 将第二ODTU帧的每个n位数据单元映射到OPUk帧中的光信道有效负载单元k支持时隙(OPUk TS); 以及形成包括用于传输的OPUk帧的光信道传输单元k(OTUk)帧。
    • 10. 发明申请
    • METHOD, APPARATUS AND SYSTEM FOR TRANSMITTING SERVICE DATA ON OPTICAL TRANSPORT NETWORK
    • 光传输网络传输业务数据的方法,装置和系统
    • US20130121700A1
    • 2013-05-16
    • US13592876
    • 2012-08-23
    • Limin DongQiuyou Wu
    • Limin DongQiuyou Wu
    • H04J14/00
    • H04J3/1652H04J14/0273H04L1/0056H04L27/2697
    • The embodiments of the present disclosure provide a method, an apparatus, and a system for transmitting service data on an optical transport network. The method includes: mapping the service data into a low order flexible optical channel data unit (ODUflex); multiplexing multiple low order ODUflexs into a high order ODUflex; adding a forward error correction (FEC) overhead into the high order ODUflex to generate a flexible optical channel transport unit (OTUflex); and splitting the OTUflex into multiple data channel signals, and modulating the data channel signals to orthogonal frequency division multiplexing subcarriers to send the orthogonal frequency division multiplexing subcarriers. The foregoing solution provides OTUflexs. Therefore, the network adapts service data for flexibly variable line rates of the optical transport network through a control protocol, and transmits service data of different rates to meet the development requirements of higher-rate optical transport networks.
    • 本公开的实施例提供了一种用于在光传输网络上传输服务数据的方法,装置和系统。 该方法包括:将服务数据映射到低阶柔性光通道数据单元(ODUflex)中; 将多个低阶ODUflex复用成高阶ODUflex; 向高阶ODUflex增加前向纠错(FEC)开销以产生灵活的光信道传输单元(OTUflex); 并将OTUflex分为多个数据信道信号,并将数据信道信号调制为正交频分复用子载波,发送正交频分复用子载波。 上述解决方案提供OTUflex。 因此,网络通过控制协议适应光传输网络的灵活可变线路速率的业务数据,并发送不同速率的业务数据,以满足高速光传输网络的发展需求。