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    • 12. 发明授权
    • Optical communication base station, optical signal conversion apparatus, and optical signal conversion method
    • 光通信基站,光信号转换装置和光信号转换方法
    • US08275258B2
    • 2012-09-25
    • US12461267
    • 2009-08-05
    • Yutaka KaiYasuhiko Aoki
    • Yutaka KaiYasuhiko Aoki
    • H04B10/08
    • H04J3/1694H04B10/272H04J3/22H04Q11/0067H04Q2011/0064
    • An optical communication base station which receives an upstream optical signal having an upstream bit rate specific to each one of a plurality of lower order communication units from a corresponding one of the plurality of lower order communication units, and which transmits a downstream optical signal having a downstream bit rate specific to each one of the plurality of lower order communication units to a designated one of the plurality of lower order communication units, includes; a first optical signal conversion unit which changes the bit rate of the upstream optical signal and thereby converts the upstream optical signal into a fixed bit-rate inter-station optical signal; and a second optical signal conversion unit which converts the inter-station optical signal into the downstream optical signal by changing the bit rate of the inter-station optical signal according to the designated one of the plurality of lower order communication units.
    • 一种光通信基站,其从多个下位通信单元中的相应一个接收具有对多个低阶通信单元中的每一个特定的上行比特率的上行光信号,并且发送具有 所述多个低阶通信单元中的每一个的特定下行比特率包括: 第一光信号转换单元,其改变上游光信号的比特率,从而将上游光信号转换为固定比特率站间光信号; 以及第二光信号转换单元,通过根据多个低阶通信单元中指定的一个来改变站间光信号的比特率,将站间光信号转换成下行光信号。
    • 16. 发明授权
    • Optical transmission apparatus and method
    • 光传输装置及方法
    • US08331793B2
    • 2012-12-11
    • US12813810
    • 2010-06-11
    • Osamu TakeuchiMasahiro ShiodaYasuhiko AokiHisao Nakashima
    • Osamu TakeuchiMasahiro ShiodaYasuhiko AokiHisao Nakashima
    • H04B10/00
    • H04J3/1652
    • An optical transmission apparatus including a transmitting OTL processor to rearrange a data string stored in a frame into a plurality of logical lanes, and set a lane ID used to identify in which logical lane a beginning of the data string is arranged among the plurality of logical lanes in a non-scramble area in an overhead of the frame, and a receiving OTL processor to respectively identify the lane IDs included in the data string in the respective physical lanes rearranged, determine a generation state of a bit inversion and a lane replacement for each physical lane, compensate the bit inversion and the lane replacement so that the data string in the respective physical lanes becomes same state as the data string in the respective logical lanes, based on the identified result, and rearrange the compensated data string in the respective logical lanes so as to regenerate the frame.
    • 一种光传输装置,包括:发送OTL处理器,用于将存储在帧中的数据串重排为多个逻辑通道,并且设置用于识别在哪个逻辑通道中的数据串的开始位于多个逻辑通道中的多个逻辑 在帧的开销中的非扰频区域中的通道和用于分别识别重新排列的相应物理通道中包括在数据串中的车道ID的接收OTL处理器,确定位反转的生成状态和用于 每个物理通道,基于所识别的结果来补偿位反转和通道替换,使得相应物理通道中的数据串变成与各个逻辑通道中的数据串相同的状态,并且重新排列相应的逻辑通道中的补偿数据串 逻辑通道,以便重新生成框架。
    • 17. 发明申请
    • OPTICAL TRANSMISSION APPARATUS AND METHOD
    • 光传输装置和方法
    • US20100322630A1
    • 2010-12-23
    • US12813810
    • 2010-06-11
    • Osamu TAKEUCHIMasahiro ShiodaYasuhiko AokiHisao Nakashima
    • Osamu TAKEUCHIMasahiro ShiodaYasuhiko AokiHisao Nakashima
    • H04J14/06H04J14/00
    • H04J3/1652
    • An optical transmission apparatus including a transmitting OTL processor to rearrange a data string stored in a frame into a plurality of logical lanes, and set a lane ID used to identify in which logical lane a beginning of the data string is arranged among the plurality of logical lanes in a non-scramble area in an overhead of the frame, and a receiving OTL processor to respectively identify the lane IDs included in the data string in the respective physical lanes rearranged, determine a generation state of a bit inversion and a lane replacement for each physical lane, compensate the bit inversion and the lane replacement so that the data string in the respective physical lanes becomes same state as the data string in the respective logical lanes, based on the identified result, and rearrange the compensated data string in the respective logical lanes so as to regenerate the frame.
    • 一种光传输装置,包括:发送OTL处理器,用于将存储在帧中的数据串重排为多个逻辑通道,并且设置用于识别在哪个逻辑通道中的数据串的开始位于多个逻辑通道中的多个逻辑 在帧的开销中的非扰频区域中的通道和用于分别识别重新排列的相应物理通道中包括在数据串中的车道ID的接收OTL处理器,确定位反转的生成状态和用于 每个物理通道,基于所识别的结果来补偿位反转和通道替换,使得相应物理通道中的数据串变成与各个逻辑通道中的数据串相同的状态,并且重新排列相应的逻辑通道中的补偿数据串 逻辑通道,以便重新生成框架。
    • 18. 发明授权
    • Optical network with sub-band rejection and bypass
    • 具有子带拒绝和旁路的光网络
    • US07483636B2
    • 2009-01-27
    • US10629021
    • 2003-07-28
    • Yasuhiko AokiSusumu Kinoshita
    • Yasuhiko AokiSusumu Kinoshita
    • H04J14/02
    • H04J14/0204H04J14/0205H04J14/0206H04J14/0208H04J14/021H04J14/0213H04J14/0219
    • A method of transporting traffic on an optical ring includes, at one or more nodes coupled to the optical ring, splitting an incoming signal (including traffic in a plurality of sub-bands) into a first signal and a second signal. The first signal includes the traffic in a first sub-band of traffic channels and the second signal includes the traffic in the remaining sub-bands of traffic channels of the incoming signal. The method also includes receiving the traffic in the first sub-band at a bypass element, rejecting the traffic in a first portion of the first sub-band at the bypass element, and forwarding the traffic in a second portion of the first sub-band at the bypass element. In addition the method includes, combining the traffic in the second signal with the traffic in the second portion of the first sub-band for transport on the network.
    • 在光环上传送业务的方法包括在耦合到光环的一个或多个节点处将输入信号(包括多个子带中的业务)分解为第一信号和第二信号。 第一信号包括业务信道的第一子带中的业务,第二信号包括进入信号的业务信道的剩余子带中的业务。 该方法还包括在旁路元件处接收第一子带中的业务,拒绝旁路元件处的第一子带的第一部分中的业务,并将业务转发到第一子带的第二部分 在旁路元件。 此外,该方法包括:将第二信号中的业务与第一子带的第二部分中的业务组合以在网络上传输。
    • 19. 发明授权
    • Light source apparatus, and method for switching redundancy of the light source
    • 光源装置以及用于切换光源冗余的方法
    • US07447446B2
    • 2008-11-04
    • US10885755
    • 2004-07-08
    • Yasuhiko AokiHideyuki MiyataSetsuo Yoshida
    • Yasuhiko AokiHideyuki MiyataSetsuo Yoshida
    • H04B10/04H04B10/12
    • H04J14/0297H04B10/032H04B10/508H04J14/02
    • The present invention relates to a light source apparatus. The light source apparatus includes a plurality of optical pulse train generation sections; an optical switch section capable of selectively outputting an optical pulse train to be taken as an optical pulse train for current use; an output light generation section capable of generating continuous light of multiple wavelengths from said optical pulse train output from said optical switch section; and an optical switch control section for controlling said optical switch section to switch an output of said optical pulse train for current use from said optical switch section, in accordance with the states of respective optical pulse trains generated by said plurality of optical pulse train generation sections and without involvement of instantaneous power interruption.
    • 本发明涉及光源装置。 光源装置包括多个光脉冲串生成部; 光开关部,其能够选择性地输出作为当前使用的光脉冲串的光脉冲串; 输出光产生部分,能够从所述光开关部分输出的所述光脉冲串产生多个波长的连续光; 以及光开关控制部分,用于根据由所述多个光脉冲串产生部分产生的各个光脉冲串的状态,控制所述光开关部分,用于从所述光开关部切换当前使用的所述光脉冲串的输出 并且不涉及瞬间电源中断。
    • 20. 发明申请
    • Optical module and optical switch
    • 光模块和光开关
    • US20070201868A1
    • 2007-08-30
    • US11439239
    • 2006-05-24
    • Yasuhiko Aoki
    • Yasuhiko Aoki
    • H04J14/00
    • H04J14/02G02B6/2813H04Q11/0005H04Q2011/0013H04Q2011/0015H04Q2011/0016
    • In the optical module, the number of optical components is decreased, so that the costs of the device are reduced, and so that optical loss is reduced. The present device comprises: an optical gate array in which a plurality of optical gate switches each employing a semiconductor optical amplifier element are arranged in parallel; a dividing/combining unit including: a plurality of first ports connected one to each of the plurality of optical gate switches forming the optical gate array; and a second port which performs dividing/combining of light with the first port; and an optical amplifier connected to the second port of the dividing/combining unit, wherein the optical gate array, the dividing/combing unit, and the optical amplifier are formed in an integrated manner.
    • 在光学模块中,光学部件的数量减少,从而降低了器件的成本,从而降低了光学损耗。 本装置包括:光栅阵列,其中并联布置各自采用半导体光放大器元件的多个光栅开关; 分割/组合单元,包括:多个第一端口,其连接到形成光栅阵列的多个光栅开关中的每一个; 以及第二端口,其执行光与所述第一端口的分割/组合; 以及连接到分割/组合单元的第二端口的光放大器,其中光门阵列,分割/梳理单元和光放大器以一体的方式形成。