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    • 2. 发明授权
    • Transmitter for multi-format data
    • 发送器用于多格式数据
    • US08867652B2
    • 2014-10-21
    • US13319437
    • 2010-03-03
    • Gabriel CharletJeremie Renaudier
    • Gabriel CharletJeremie Renaudier
    • H04L27/04H04L1/00H04B10/556H04L27/18H04L27/00H04L27/34
    • H04L27/0008H04B10/5561H04L1/0003H04L27/183H04L27/3422Y02D50/10
    • A data transmitter (A, B, C, D) wherein, in a first operating mode, the first and second carrier signals are mutually phase-shifted, and the data module generates said first and second data signals based on different data, so as to produce, at the transmitter's output, a modulated signal exhibiting a first constellation of states (A, B, C, D) in a complex plane,and, in a second operating mode of the transmitter, the data module generates said first and second data signals correlated with one another based on common data, so as to produce, at the transmitter's output, a modulated signal exhibiting a second constellation of states (A, D; E, F) in the complex plane that is more reduced and more dispersed then said first constellation of states.
    • 一种数据发送器(A,B,C,D),其中在第一操作模式中,第一和第二载波信号相互相移,并且数据模块基于不同的数据产生所述第一和第二数据信号,从而 在发射机的输出处产生在复平面中呈现状态(A,B,C,D)的第一群集的调制信号,并且在发射机的第二操作模式中,数据模块产生所述第一和第二 数据信号基于公共数据彼此相关,以便在发射机的输出处产生在复平面中呈现出更多的分布和更分散的状态(A,D; E,F)的第二星座状态的调制信号 然后说第一个国家星座。
    • 3. 发明申请
    • TRANSMITTER FOR MULTI-FORMAT DATA
    • 多格式数据传输器
    • US20120076239A1
    • 2012-03-29
    • US13319437
    • 2010-03-03
    • Gabriel CharletJeremie Renaudier
    • Gabriel CharletJeremie Renaudier
    • H04L27/04
    • H04L27/0008H04B10/5561H04L1/0003H04L27/183H04L27/3422Y02D50/10
    • A data transmitter (A, B, C, D) wherein, in a first operating mode, the first and second carrier signals are mutually phase-shifted, and the data module generates said first and second data signals based on different data, so as to produce, at the transmitter's output, a modulated signal exhibiting a first constellation of states (A, B, C, D) in a complex plane,and, in a second operating mode of the transmitter, the data module generates said first and second data signals correlated with one another based on common data, so as to produce, at the transmitter's output, a modulated signal exhibiting a second constellation of states (A, D; E, F) in the complex plane that is more reduced and more dispersed then said first constellation of states.
    • 一种数据发送器(A,B,C,D),其中在第一操作模式中,第一和第二载波信号相互相移,并且数据模块基于不同的数据产生所述第一和第二数据信号,从而 在发射机的输出处产生在复平面中呈现状态(A,B,C,D)的第一群集的调制信号,并且在发射机的第二操作模式中,数据模块产生所述第一和第二 数据信号基于公共数据彼此相关,以便在发射机的输出处产生在复平面中呈现出更多的分布和更分散的状态(A,D; E,F)的第二星座状态的调制信号 然后说第一个国家星座。
    • 9. 发明申请
    • Optical WDM transmission system
    • 光学WDM传输系统
    • US20070024957A1
    • 2007-02-01
    • US11475904
    • 2006-06-28
    • Gabriel CharletLoic Becouarn
    • Gabriel CharletLoic Becouarn
    • H01S3/00
    • H04J14/0227H04B10/2916H04J14/0221H04J14/0246H04J14/025H04J14/0279
    • An optical wavelength division multiplex transmission system (1) for transmitting optical signals (S) on a plurality of wavelength channels has a transmitting terminal (2) and a receiving terminal (3) interconnected by a transmission line (5) with at least one, preferably a plurality of optical amplifiers (4). Each of the optical amplifiers (4) comprises a Raman amplifier (6) with at least one pump light source (8.1-8.3) for pumping the transmission line (5) upstream the optical amplifier (4). It is proposed that each optical amplifier (4) comprises a single tap coupler (11) arranged downstream of the Raman amplifier (6). Optical receiving and transmitting means (14, 15) may be connected to the transmission line (5) via the tap coupler (11) for communication of data (TX, Di) between at least the transmitting terminal (2) and the optical amplifiers (4) on an optical supervisory channel (OSC) with a given wavelength. Alternatively or in addition, monitoring means (12) for monitoring at least one optical transmission parameter may be connected to the transmission line via the tap coupler (11). It is also possible to couple each optical amplifier (4) by means of its tap coupler (11) to a corresponding optical amplifier (4′) of a second substantially identical transmission system (1′) for transmitting optical signals (S′) in an opposite direction via a transmission line (5′) of the second system (1′). The all-Raman optical transmission system thus obtained shows improved performance, in particular with respect to loss, noise, PMD, and PDL, while distinguishing itself from prior art systems by its simplicity and corresponding cost-effectiveness.
    • 用于在多个波长信道上发送光信号(S)的光波分复用传输系统(1)具有通过传输线(5)与至少一个互连的发送终端(2)和接收终端(3) 优选地多个光放大器(4)。 每个光放大器(4)包括具有至少一个泵浦光源(8.1-8.3)的拉曼放大器(6),用于泵送光放大器(4)上游的传输线(5)。 提出每个光放大器(4)包括布置在拉曼放大器(6)下游的单抽头耦合器(11)。 光接收和发送装置(14,15)可以经由抽头耦合器(11)连接到传输线(5),用于在至少发射端(2)和光放大器(2)之间传送数据(TX,Di) 4)在具有给定波长的光监控信道(OSC)上。 或者或另外,用于监视至少一个光传输参数的监视装置(12)可以经由分接耦合器(11)连接到传输线。 还可以通过其抽头耦合器(11)将每个光放大器(4)耦合到第二基本上相同的传输系统(1')的相应的光放大器(4'),用于将光信号(S') 经由第二系统(1')的传输线(5')相反的方向。 如此获得的全拉曼光传输系统显示出改进的性能,特别是关于损耗,噪声,PMD和PDL,同时通过其简单性和相应的成本效益来区别于现有技术的系统。
    • 10. 发明申请
    • Fiber optical system with Raman tilt control
    • 具有拉曼倾斜控制的光纤系统
    • US20060171019A1
    • 2006-08-03
    • US11296514
    • 2005-12-08
    • Gabriel CharletChristian Simonneau
    • Gabriel CharletChristian Simonneau
    • H01S3/00
    • H04B10/2916H04B10/296
    • A fiber optical system (1) for transmitting an optical signal comprises an optical fiber line (2) with a plurality of optical fiber spans (3) interconnected by a plurality of optical amplifiers (4). Each optical amplifier (4) comprises: At least one variable optical attenuator (5) generating a gain tilt of the amplification of the optical signal, a Raman tilt determining device (6) for determining a Raman tilt induced in the fiber span (3) following the optical amplifier (4), and a dynamic controller (7) connected to the variable optical attenuator (5) and to the Raman tilt determining device (6) adjusting the gain tilt such that the Raman tilt is compensated for.
    • 用于发送光信号的光纤系统(1)包括具有由多个光放大器(4)互连的多个光纤跨段(3)的光纤线(2)。 每个光放大器(4)包括:产生光信号放大的增益倾斜的至少一个可变光衰减器(5),用于确定在光纤跨度(3)中诱发的拉曼倾斜的拉曼倾斜确定装置(6) 跟随光放大器(4)以及连接到可变光衰减器(5)的动态控制器(7)和调整增益倾斜的拉曼倾斜确定装置(6),以便补偿拉曼倾斜。