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    • 51. 发明授权
    • Method and system for shared optical regeneration
    • 共享光学再生的方法和系统
    • US07664391B2
    • 2010-02-16
    • US11015208
    • 2004-12-17
    • Cechan TianSusumu Kinoshita
    • Cechan TianSusumu Kinoshita
    • G02F1/00H04B10/00
    • H04J14/0295H04B10/032H04J14/0227H04J14/0241H04J14/0283
    • An optical network includes an optical ring that is capable of transmitting, between two or more nodes, a plurality of working traffic streams that include traffic transmitted in one of a plurality of wavelengths. A node is capable of transmitting, in a first wavelength, a first protection traffic stream associated with a first working traffic stream, in response to an interruption of the first working traffic stream. A node is also capable of transmitting, in a second wavelength, a second protection traffic stream associated with a second working traffic stream, in response to an interruption of the second working traffic stream. The optical network also includes a regeneration element capable of selectively regenerating the first protection traffic stream. The regeneration element is also capable of tuning the regeneration element to receive traffic in the second wavelength and of selectively regenerating the second protection traffic stream.
    • 光网络包括光环,其能够在两个或更多个节点之间传送包括以多个波长中的一个发射的业务的多个工作业务流。 响应于第一工作业务流的中断,节点能够以第一波长发射与第一工作业务流相关联的第一保护业务流。 响应于第二工作业务流的中断,节点还能够以第二波长发送与第二工作业务流相关联的第二保护业务流。 光网络还包括能够选择性地再生第一保护业务流的再生元件。 再生元件还能够调整再生元件以接收处于第二波长的通信并且有选择地再生第二保护业务流。
    • 53. 发明授权
    • System and method for implementing optical light-trails
    • 实现光路的系统和方法
    • US07515828B2
    • 2009-04-07
    • US11080752
    • 2005-03-15
    • Ashwin Anil GumastePaparao PalacharlaSusumu Kinoshita
    • Ashwin Anil GumastePaparao PalacharlaSusumu Kinoshita
    • H04J14/02
    • H04Q11/0066H04J14/0204H04J14/0205H04J14/0212H04J14/0227H04J14/0238H04J14/0246H04J14/0283H04J14/0284H04J14/0295H04Q2011/0064H04Q2011/0069H04Q2011/0073H04Q2011/0088H04Q2011/0092
    • An optical network is disclosed that carries optical traffic in multiplexed wavelengths between a number of nodes. The network includes at least one light-trail associated with one of the wavelengths and established between a convener node and an end node, and including one or more intervening nodes. The network also includes an out-of-band control channel that is associated with a different wavelength than the light-trail. The control channel is used to communicate control messages to establish the light-trail and to allocate use of the light-trail by the convener node and the intervening nodes. Each of the convener node, the one or more intervening nodes, and the end node is operable to receive optical traffic in a number of multiplexed wavelengths from the optical network, drop a first copy of the multiplexed optical traffic from the optical network, and forward a second copy of the multiplexed optical traffic on the optical network. These nodes also forward the optical traffic in selected wavelengths of the dropped first copy for communication to one or more client devices associated with the node. The nodes further convert traffic received from one or more client devices of the node into client optical traffic in one or more wavelengths, passively add the client optical traffic to the second copy or to a modification of the second copy to form a combined signal, and forward the combined signal to the network.
    • 公开了一种在多个节点之间承载多路复用波长的光业务的光网络。 该网络包括与波长之一相关联的至少一个光路,并且在呼叫者节点和终端节点之间建立,并且包括一个或多个中间节点。 网络还包括与光轨不同的波长相关联的带外控制信道。 控制信道用于传送控制消息以建立光路,并且由协调器节点和中间节点分配光路的使用。 每个召集节点,一个或多个中间节点和末端节点可操作以从光网络接收多个多路复用波长的光业务,丢弃来自光网络的复用光业务的第一副本,并转发 在光网络上复用的光业务的第二副本。 这些节点还将丢弃的第一副本的选定波长的光通信转发到与节点相关联的一个或多个客户端设备进行通信。 节点进一步将从节点的一个或多个客户端设备接收的业务以一个或多个波长转换为客户端光业务,被动地将客户端光业务添加到第二副本或第二副本的修改以形成组合信号,以及 将组合信号转发到网络。
    • 54. 发明授权
    • Optical ring network with optical subnets and method
    • 具有光子网的光环网和方法
    • US07483637B2
    • 2009-01-27
    • US10722856
    • 2003-11-26
    • Ashwin Anil GumasteSusumu Kinoshita
    • Ashwin Anil GumasteSusumu Kinoshita
    • H04J14/02
    • H04J14/0286H04J14/0204H04J14/0212H04J14/022H04J14/0283H04J14/0291H04J14/0294H04J14/0295
    • In one embodiment, a method of passively adding traffic from a first optical network to a second optical network includes receiving ingress traffic from an optical ring of the first network at a node coupled to the first network, generating a first and second copy of the traffic, passively forwarding the first and second copies of the traffic, splitting the second copy of the traffic into multiple substantially identical copies, and filtering at least one of the copies of the second copy of the traffic into one or more constituent wavelengths. The method further includes selectively forwarding the signal in one or more constituent wavelengths of the second copy of the traffic to a node coupled to the second network, receiving the forwarded signal in one or more wavelengths at the node, and adding the forwarded signal in one or more wavelengths to an optical ring of the second network.
    • 在一个实施例中,一种被动地将业务从第一光网络添加到第二光网络的方法包括在耦合到第一网络的节点处接收来自第一网络的光环的入口业务,生成业务的第一和第二副本 被动地转发业务的第一和第二副本,将业务的第二副本分成多个基本相同的副本,以及将业务的第二副本的副本中的至少一个副本过滤成一个或多个组成波长。 该方法还包括选择性地将业务的第二副本的一个或多个组成波长中的信号转发到耦合到第二网络的节点,在节点处以一个或多个波长接收转发的信号,并将转发的信号添加到一个 或更多波长到第二网络的光环。
    • 57. 发明申请
    • Flexible Open Ring Optical Network and Method
    • 灵活开环光网络和方法
    • US20070223371A1
    • 2007-09-27
    • US11745946
    • 2007-05-08
    • Susumu KinoshitaKoji TakeguchiSatoru OdateCechan Tian
    • Susumu KinoshitaKoji TakeguchiSatoru OdateCechan Tian
    • G06F11/00
    • H04J14/0291H04J14/0204H04J14/0205H04J14/0206H04J14/0212H04J14/0227H04J14/0241H04J14/0283
    • A flexible open ring optical network includes a plurality of nodes connected by twin or other suitable optical rings. Each node is operable to passively add and passively drop traffic from the rings. The nodes may include a transport element for each ring. The transport elements include an optical splitter element and an optical combiner element. The optical splitter element is operable to passively combine an add signal including local add traffic and a first transport signal including ingress traffic from a coupled optical ring to generate a second transport signal including egress traffic for transmission on the coupled optical ring. The optical combiner element is coupled to the optical splitter element and is operable to passively split a third transport signal including the ingress traffic to generate a drop signal including local drop traffic and a fourth transport signal including the ingress traffic. Protection switching may be provided by selectively openable switches disposed in and distributed around the rings.
    • 柔性开环光网络包括通过双或其它合适的光环连接的多个节点。 每个节点都可以被动地添加和被动地从环中删除流量。 节点可以包括用于每个环的传输元件。 传输元件包括光分路器元件和光组合器元件。 光分路器元件可操作地被动组合包括本地增加业务的添加信号和包括来自耦合光环路的入口业务的第一传输信号,以产生包括用于在耦合的光环上传输的出口业务的第二传输信号。 光学组合器元件耦合到光分路器元件,并且可操作以被动地分裂包括入口业务的第三传输信号,以产生包括本地丢弃业务的丢弃信号和包括入口业务的第四传输信号。 可以通过设置在环中并分布在环周围的选择性可开启的开关来提供保护切换。
    • 58. 发明授权
    • Coupler-based optical cross-connect
    • 基于耦合器的光交叉连接
    • US07266294B2
    • 2007-09-04
    • US10726167
    • 2003-12-02
    • Yasuhiko AokiSusumu KinoshitaKoji Takeguchi
    • Yasuhiko AokiSusumu KinoshitaKoji Takeguchi
    • H04J14/02
    • H04Q11/0005H04J14/0204H04J14/0205H04J14/021H04J14/0217H04J14/0219H04Q2011/0009H04Q2011/0015
    • An optical cross-connect includes multiple input ports that each receives an optical input signal and multiple output ports that each output an optical output signal. The optical cross-connect also includes a distributing amplifier associated with each input port that generates multiple copies of the input signal received at the associated input port and multiple filter units that receive one or more of the copies and forward traffic in selected channels of particular copies. In addition, the optical cross-connect includes a combining amplifier associated with each output port that receives the traffic forwarded by one or more of the filter units and combines the received traffic into an output signal. Moreover, the optical cross-connect includes at least one upgrade input port and at least one upgrade output port expanding the capacity of the optical cross-connect, as well as associated upgrade distributing and combining amplifiers and upgrade filter units.
    • 光交叉连接包括多个输入端口,每个输入端口接收光输入信号和多个输出端口,每个输出端口输出光输出信号。 光学交叉连接还包括与每个输入端口相关联的分配放大器,其生成在相关联的输入端口处接收的输入信号的多个副本,以及多个滤波器单元,其接收特定副本的所选频道中的一个或多个复制和转发业务 。 此外,光交叉连接包括与每个输出端口相关联的组合放大器,其接收由一个或多个滤波器单元转发的业务,并将接收到的业务组合成输出信号。 此外,光交叉连接包括至少一个升级输入端口和至少一个升级输出端口,扩展了光交叉连接的容量,以及相关的升级分配和组合放大器和升级过滤器单元。
    • 59. 发明授权
    • Directing optical channels using a reflective device
    • 使用反射装置引导光通道
    • US07254292B2
    • 2007-08-07
    • US11015210
    • 2004-12-17
    • Cechan TianSusumu Kinoshita
    • Cechan TianSusumu Kinoshita
    • G02B6/26
    • G02B6/29383G02B6/29394G02B6/3518G02B6/356
    • A device for directing one or more optical channels includes one or more micromirror elements. A micromirror element has a mirror and a mirror controller. The mirror is operable to reflect light at a first interaction area to yield a first passband for an optical channel, and to reflect light at a second interaction area to yield a second passband for the optical channel. The mirror controller operates to position the mirror at a first position at which light interacts with the first interaction area to yield the first passband, and to position the mirror at a second position at which light interacts with the second interaction area to yield the second passband.
    • 用于引导一个或多个光通道的装置包括一个或多个微镜元件。 微镜元件具有反射镜和反射镜控制器。 反射镜可操作以在第一相互作用区域反射光以产生用于光学通道的第一通带,并且在第二相互作用区域反射光以产生用于光学通道的第二通带。 反射镜控制器操作以将反射镜定位在第一位置处,在该位置光与第一相互作用区域相互作用以产生第一通带,并将反射镜定位在第二位置处,在该位置光与第二相互作用区域相互作用以产生第二通带 。