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    • 1. 发明授权
    • Bandwidth efficient dual carrier
    • 带宽高效双载波
    • US08953947B2
    • 2015-02-10
    • US13454290
    • 2012-04-24
    • Ilya LyubomirskyYasuhiro MatsuiDaniel Mahgerefteh
    • Ilya LyubomirskyYasuhiro MatsuiDaniel Mahgerefteh
    • H04B10/00
    • H04B10/532H04J14/06
    • In some examples, a transmit assembly is described that may include a first optical transmitter, a second optical transmitter, and a polarizing beam combiner. The first optical transmitter may be configured to emit a first optical data signal centered at a first frequency. The second optical transmitter may be configured to emit a second optical data signal centered at a second frequency offset from the first frequency by a nominal offset n. The polarizing beam combiner may be configured to generate a dual carrier optical data signal by polarization interleaving the first optical data signal with the second optical data signal. An output of the polarizing beam combiner may be configured to be communicatively coupled via an optical transmission medium to a polarization-insensitive receive assembly.
    • 在一些示例中,描述了可以包括第一光发射器,第二光发射器和偏振光束组合器的发射组件。 第一光发射器可以被配置为发射以第一频率为中心的第一光学数据信号。 第二光发射机可以被配置为以第一频率偏移标称偏移n发射以第二频率偏移为中心的第二光数据信号。 偏振光束组合器可以被配置为通过利用第二光学数据信号对第一光学数据信号进行极化交织来产生双载波光学数据信号。 偏振光束组合器的输出可以被配置为经由光传输介质通信耦合到偏振不敏感的接收组件。
    • 5. 发明授权
    • Optical FM source based on intra-cavity phase and amplitude modulation in lasers
    • 基于激光器内腔内相位和幅度调制的光学FM源
    • US07613401B2
    • 2009-11-03
    • US11787163
    • 2007-04-13
    • Yasuhiro MatsuiParviz TayebatiDaniel Mahgerefteh
    • Yasuhiro MatsuiParviz TayebatiDaniel Mahgerefteh
    • H04B10/04
    • H04B10/5161H04B10/505H04B10/516H04B10/541H04B10/5563H04B2210/517
    • A fiber optic communication system comprising: an optical signal source adapted to receive a binary base signal having a bit period T, and generate a first signal, wherein the first signal is frequency modulated; and an optical spectrum reshaper (OSR) adapted to reshape the first signal into a second signal, wherein the second signal is amplitude modulated and frequency modulated; characterized in that: the optical signal source is a laser in which frequency modulation is generated by modulating the loss of the laser cavity. A method for transmitting a signal, comprising: receiving a binary base signal having a bit period T, and generating a first signal, wherein the first signal is frequency modulated; and reshaping the first signal into a second signal, wherein the second signal is amplitude modulated and frequency modulated; characterized in that: the first signal is frequency modulated by using a laser in which frequency modulation is generated by modulating the loss of the laser cavity. A fiber optic communication system comprising: an optical signal source adapted to receive a binary base signal having a bit period T, and generate a first signal, wherein the first signal is frequency modulated; and an optical spectrum reshaper (OSR) adapted to reshape the first signal into a second signal, wherein the second signal is amplitude modulated and frequency modulated; characterized in that: the optical signal source is a laser in which frequency modulation is generated by modulating the phase of the laser cavity.
    • 一种光纤通信系统,包括:光信号源,适于接收具有位周期T的二进制基本信号,并产生第一信号,其中所述第一信号被频率调制; 以及适于将所述第一信号重新形成第二信号的光谱整形器(OSR),其中所述第二信号被幅度调制和频率调制; 其特征在于:光信号源是通过调制激光腔的损耗来产生频率调制的激光器。 一种用于发送信号的方法,包括:接收具有位周期T的二进制基本信号,并产生第一信号,其中第一信号被频率调制; 以及将所述第一信号重新形成第二信号,其中所述第二信号被幅度调制和频率调制; 其特征在于:通过使用通过调制激光腔的损耗产生频率调制的激光来对第一信号进行频率调制。 一种光纤通信系统,包括:光信号源,适于接收具有位周期T的二进制基本信号,并产生第一信号,其中所述第一信号被频率调制; 以及适于将所述第一信号重新形成第二信号的光谱整形器(OSR),其中所述第二信号被幅度调制和频率调制; 其特征在于:光信号源是通过调制激光腔的相位来产生频率调制的激光器。
    • 6. 发明授权
    • Chirp Managed Laser (CML) transmitter
    • 啁啾管理激光(CML)发射机
    • US07542683B2
    • 2009-06-02
    • US11784411
    • 2007-04-06
    • Yasuhiro MatsuiDaniel Mahgerefteh
    • Yasuhiro MatsuiDaniel Mahgerefteh
    • H04B10/04
    • H04B10/516H04B10/504H04B10/5561H04B2210/517
    • A fiber optic communication system comprising: an optical signal source adapted to receive a binary base signal having a bit period T, and generate a first signal, wherein the first signal is frequency modulated; and an optical spectrum reshaper (OSR) adapted to reshape the first signal into a second signal, wherein the second signal is amplitude modulated and frequency modulated; characterized in that: the frequency excursion of the first signal is adjusted such that the frequency excursion is substantially equal to the ratio of the bit period of the digital base signal to total dispersion of the transmission fiber, whereby to increase the tolerance of the second signal to dispersion in a transmission fiber.
    • 一种光纤通信系统,包括:光信号源,适于接收具有位周期T的二进制基本信号,并产生第一信号,其中所述第一信号被频率调制; 以及适于将所述第一信号重新形成第二信号的光谱整形器(OSR),其中所述第二信号被幅度调制和频率调制; 其特征在于:调节第一信号的频率偏移,使得频率偏移基本上等于数字基本信号的位周期与传输光纤的总色散的比率,由此增加第二信号的容差 以分散在传输光纤中。
    • 8. 发明申请
    • Chirp-managed, electroabsorption-modulated laser
    • 啁啾管理,电吸收调制激光
    • US20080193143A1
    • 2008-08-14
    • US11894477
    • 2007-08-21
    • Daniel MahgereftehYasuhiro MatsuiXueyan ZhengBart JohnsonDuncan JW WalkerParviz Tayebati
    • Daniel MahgereftehYasuhiro MatsuiXueyan ZhengBart JohnsonDuncan JW WalkerParviz Tayebati
    • H04B10/04
    • H04B10/505H04B10/25137H04B10/504
    • An optical transmitter comprising: an optical source modulated with an input digital data signal so as to generate a first, frequency-modulated digital signal; and an amplitude modulator, modulated with the logical inverse of the input digital data signal, for receiving the first, frequency-modulated signal and generating a second, amplitude-modulated and frequency-modulated digital signal; wherein the optical source and the amplitude modulator are each configured so as to produce positive transient chirp. A method for transmitting a signal, the method comprising: generating a first, frequency-modulated digital signal by modulating an optical source with an input digital data signal; and providing a second, amplitude-modulated and frequency-modulated digital signal by passing the first, frequency-modulated digital signal through an amplitude modulator while modulating the amplitude modulator with the logical inverse of the input digital data signal; wherein the optical source and the amplitude modulator are each configured so as to produce positive transient chirp.
    • 一种光发射机,包括:用输入数字数据信号调制的光源,以产生第一调频数字信号; 以及用输入数字数据信号的逻辑反相调制的幅度调制器,用于接收第一频率调制信号并产生第二幅度调制和调频数字信号; 其中光源和幅度调制器各自被配置为产生正瞬态啁啾。 一种用于发送信号的方法,所述方法包括:通过用输入数字数据信号调制光源来产生第一调频数字信号; 以及通过使所述第一调频数字信号通过幅度调制器,同时用所输入的数字数据信号的逻辑反相调制所述振幅调制器来提供第二幅度调制和调频数字信号; 其中光源和幅度调制器各自被配置为产生正瞬态啁啾。
    • 9. 发明授权
    • Chirp managed laser with electronic pre-distortion
    • 啁啾管理电子预失真的激光
    • US07356264B2
    • 2008-04-08
    • US11016466
    • 2004-12-17
    • Daniel MahgereftehYasuhiro MatsuiParviz Tayebati
    • Daniel MahgereftehYasuhiro MatsuiParviz Tayebati
    • H04B10/04
    • H04B10/25137
    • A fiber optic transmitter comprising: a digital driver adapted to adjust the rise time and fall time of a digital input signal; an optical source adapted to receive the digital signal and produce a frequency modulated optical signal; and an optical spectrum reshaper adapted to convert the frequency modulated optical signal to an amplitude modulated optical signal. A method for transmitting an optical signal through a fiber comprising: receiving a digital input signal; adjusting the rise time and fall time of the digital input signal so as to produce an adjusted digital input signal; passing the adjusted digital input signal to an optical source so as to produce a frequency modulated optical signal; passing the frequency modulated optical signal through an optical spectrum reshaper so as to convert the frequency modulated optical signal to an amplitude modulated optical signal; and passing the amplitude modulated signal into the fiber.
    • 一种光纤发射机,包括:数字驱动器,适于调整数字输入信号的上升时间和下降时间; 适于接收数字信号并产生调频光信号的光源; 以及适于将调频光信号转换为调幅光信号的光谱整形器。 一种通过光纤发送光信号的方法,包括:接收数字输入信号; 调整数字输入信号的上升时间和下降时间,以产生经调整的数字输入信号; 将经调整的数字输入信号传送到光源,以产生调频光信号; 使调频光信号通过光谱整形器,以将调频光信号转换成调幅光信号; 并将幅度调制信号传递到光纤中。