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    • 1. 发明申请
    • Optical transmission system using an optical phase conjugation device
    • 光传输系统采用光相位共轭装置
    • US20050220399A1
    • 2005-10-06
    • US10508515
    • 2002-03-22
    • Francesco AlbertiPaolo MinzioniAlessandro Schiffini
    • Francesco AlbertiPaolo MinzioniAlessandro Schiffini
    • H04B10/2531G02B6/26G02B6/28
    • H04B10/2531
    • An optical system having an optical fiber path suitable for propagating an optical signal at least in a first direction, and a plurality M of optical amplifiers disposed along the optical fiber path so as to divide the optical fiber path in N spans of optical fiber. The spans of optical fiber all have substantially a length Lamp and have at least one transmission optical fiber having an effective length Leff. An optical phase conjugation device is associated to one of the amplifiers of the plurality of amplifiers and is disposed in combination with a dispersion compensator. The compensator is disposed upstream from the amplifier associated to the optical phase conjugation device and is adapted for introducing an accumulated dispersion such as to substantially compensate the dispersion accumulated in a portion having a length (Lamp−Leff) of the span immediately upstream from the amplifier associated to the optical phase conjugation device.
    • 一种光学系统,其具有适于至少沿第一方向传播光信号的光纤路径,以及沿着光纤路径设置的多个M个放大器,以将光纤路径划分成N个跨越光纤的光纤路径。 光纤的跨度都具有基本上长度的L&amp; amp;&amp;具有至少一个具有有效长度L eff的传输光纤。 光学相位共轭装置与多个放大器中的一个放大器相关联并且与色散补偿器组合设置。 补偿器设置在与光学相位共轭装置相关联的放大器的上游,并且适于引入累积的色散,以便基本上补偿累积在具有长度(L < 紧邻从与光学相位共轭装置相关联的放大器的上游的跨度的子空间。
    • 2. 发明申请
    • Apparatus for mitigating the effects of polarization mode dispersion of a plurality of optical signals
    • 用于减轻多个光信号的偏振模色散的影响的装置
    • US20060263094A1
    • 2006-11-23
    • US10546257
    • 2003-03-21
    • Dario SettiAlessandro Schiffini
    • Dario SettiAlessandro Schiffini
    • H04B10/00
    • H04B10/2569
    • A PMD mitigation apparatus for mitigating the effects of PMD of a plurality of input optical signals, has a processing unit having a first input for the plurality of input optical signals, a second input and an output; a feedback control unit having an input coupled to the output of the processing unit and an output coupled to the second input of the processing unit. Under the control of a control signal, the processing unit is adapted to act on the polarization of the plurality of input optical signals separately so as to obtain at its output an aggregate having a corresponding plurality of polarized optical signals having associated a maximum fraction of power of the plurality of input optical signals. The feedback control unit is adapted to receive at its input a power portion of the aggregate of the plurality of polarized optical signals, to process the optical power portion so as to generate the control signal to the second input of the processing unit.
    • 用于减轻多个输入光信号的PMD的影响的PMD缓解装置具有处理单元,其具有用于多个输入光信号的第一输入,第二输入和输出; 反馈控制单元,其具有耦合到处理单元的输出的输入和耦合到处理单元的第二输入的输出。 在控制信号的控制下,处理单元适于单独地对多个输入光信号的偏振作用,以便在其输出处获得具有对应的多个偏振光信号的聚集,所述聚合具有相关联的功率的最大分数 的多个输入光信号。 反馈控制单元适于在其输入端接收多个偏振光信号的聚集体的功率部分,以处理光功率部分,以便产生到处理单元的第二输入端的控制信号。
    • 3. 发明授权
    • Optical transmission system using an optical phase conjugation device
    • 光传输系统采用光相位共轭装置
    • US07218807B2
    • 2007-05-15
    • US10508515
    • 2002-03-22
    • Francesco AlbertiPaolo MinzioniAlessandro Schiffini
    • Francesco AlbertiPaolo MinzioniAlessandro Schiffini
    • G02B6/26G02B6/28
    • H04B10/2531
    • An optical system having an optical fiber path suitable for propagating an optical signal at least in a first direction, and a plurality M of optical amplifiers disposed along the optical fiber path so as to divide the optical fiber path in N spans of optical fiber. The spans of optical fiber all have substantially a length Lamp and have at least one transmission optical fiber having an effective length Leff. An optical phase conjugation device is associated to one of the amplifiers of the plurality of amplifiers and is disposed in combination with a dispersion compensator. The compensator is disposed upstream from the amplifier associated to the optical phase conjugation device and is adapted for introducing an accumulated dispersion such as to substantially compensate the dispersion accumulated in a portion having a length (Lamp−Leff) of the span immediately upstream from the amplifier associated to the optical phase conjugation device.
    • 一种光学系统,其具有适于至少沿第一方向传播光信号的光纤路径,以及沿着光纤路径设置的多个M个放大器,以将光纤路径划分成N个跨越光纤的光纤路径。 光纤的跨度都具有基本上长度的L&amp; amp;&amp;具有至少一个具有有效长度L eff的传输光纤。 光学相位共轭装置与多个放大器中的一个放大器相关联并且与色散补偿器组合设置。 补偿器设置在与光学相位共轭装置相关联的放大器的上游,并且适于引入累积的色散,以便基本上补偿累积在具有长度(L < 紧邻从与光学相位共轭装置相关联的放大器的上游的跨度的子空间。
    • 4. 发明申请
    • Optical transmission system using an optical phase conjugation device
    • 光传输系统采用光相位共轭装置
    • US20060250678A1
    • 2006-11-09
    • US10540491
    • 2002-12-23
    • Paolo MinzioniFrancesco AlbertiAlessandro Schiffini
    • Paolo MinzioniFrancesco AlbertiAlessandro Schiffini
    • H01S3/00H04B10/12
    • H04B10/2531
    • An optical system has an optical fiber path suitable for propagating an optical signal at least in a first direction, and a plurality of optical line amplifiers disposed along the optical fiber path so as to divide the optical fiber path in spans of optical fiber. The spans of optical fiber have at least one transmission optical fiber having an effective length Leff. An optical phase conjugation device is associated to one of the amplifiers of the plurality of amplifiers, and is disposed in combination with an optical fiber length having the same sign of dispersion of the transmission optical fiber and a higher dispersion coefficient at a wavelength of the optical signal. The additional accumulated dispersion introduced by the optical fiber length is nearly equal to the dispersion accumulated in an effective length Leff of transmission fiber. A further optical amplifier is associated to the optical fiber length.
    • 光学系统具有适于至少沿第一方向传播光信号的光纤路径和沿着光纤路径设置的多条光线路放大器,以将光纤路径分隔成光纤。 光纤的跨度具有至少一个具有有效长度L eff的传输光纤。 光学相位共轭装置与多个放大器中的一个放大器相关联,并且与具有相同的传输光纤的色散符号的光纤长度和在光学器件的波长处具有较高的色散系数相组合 信号。 由光纤长度引入的附加累积色散几乎等于在传输光纤的有效长度L eff eff中累积的色散。 另外的光放大器与光纤长度相关联。