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    • 4. 发明授权
    • Innovative architecture for fully non blocking service aggregation without O-E-O conversion in a DWDM multiring interconnection node
    • 在DWDM多业务互连节点中,无O-E-O转换的完全非阻塞业务聚合的创新体系结构
    • US08412042B2
    • 2013-04-02
    • US12764641
    • 2010-04-21
    • Lorenzo GhioniRonald JohnsonMaurizio Gazzola
    • Lorenzo GhioniRonald JohnsonMaurizio Gazzola
    • H04B10/00
    • H04J14/022H04J14/0212H04J14/0217H04J14/0283H04J14/0284H04J14/0286
    • According to one general aspect, an interconnection node may be configured to dynamically provide interconnection access between a first optical network (e.g., a core optical network) and at least either a second optical network (e.g., an access optical network) or a third optical network (e.g., another access optical network) in a purely optical fashion. The interconnection node may include a first network portion and a second and third network portions. The first network portion may be coupled with the first network that includes a first pair of wavelength cross-connect (WXC) units coupled between a first transmission path of the first network, and providing a plurality of add and drop ports, and a second pair of wavelength cross-connect (WXC) units coupled between a second transmission path of the first network, and providing a plurality of add and drop ports. The second network portion may be coupled with the second network and the first network portion of the interconnection node such that optical signals may be routed between the second network and the first network. The third network portion may be coupled with the third network and the first network portion of the interconnection node such that optical signals may be routed between the third network and the first network.
    • 根据一个一般方面,互连节点可以被配置为动态地提供第一光网络(例如,核心光网络)与至少第二光网络(例如,接入光网络)或第三光网络 网络(例如,另一个接入光网络)。 互连节点可以包括第一网络部分和第二和第三网络部分。 所述第一网络部分可以与所述第一网络耦合,所述第一网络包括耦合在所述第一网络的第一传输路径之间的第一对波长交叉连接(WXC)单元,以及提供多个添加和分出端口,以及第二对 的波长交叉连接(WXC)单元,其耦合在第一网络的第二传输路径之间,并且提供多个添加和分出端口。 第二网络部分可以与互连节点的第二网络和第一网络部分耦合,使得光信号可以在第二网络和第一网络之间路由。 第三网络部分可以与互连节点的第三网络和第一网络部分耦合,使得光信号可以在第三网络和第一网络之间路由。
    • 8. 发明申请
    • Contentionless Add-Drop Multiplexer
    • 无竞争的分插复用器
    • US20130195449A1
    • 2013-08-01
    • US13363660
    • 2012-02-01
    • Lorenzo GhioniMaurizio GazzolaRonald JohnsonStefano Piciaccia
    • Lorenzo GhioniMaurizio GazzolaRonald JohnsonStefano Piciaccia
    • H04J14/02
    • H04J14/0212H04J14/0204H04J14/0205H04J14/0217H04J14/0219H04J14/026
    • An optical add/drop module of a reconfigurable optical add/drop multiplexer node includes a first set of optical switches configured to receive respective first optical signals, at respective channel receive ports, to be added to a first wave division multiplexed optical signal and to direct the first optical signals to, in a first state, at least one fully functional transmit degree port, and in a second state, to at least one partially functional transmit degree port; and a second set of optical switches configured to receive respective second optical signals to be dropped from a second wave division multiplexed signal via, in a first state, a fully functional receive degree port, and in a second state, via a partially functional receive degree port, and to direct the second optical signals to respective channel transmit ports. An auxiliary device can be used to make the partially functional ports fully functional.
    • 可重构光分插复用器节点的光分插模块包括第一组光开关,其被配置为在相应的信道接收端口处接收相应的第一光信号,以被添加到第一波分复用光信号并引导 第一光信号在第一状态下至少一个完全功能的传输度端口,并且在第二状态下,传送到至少一个部分功能的传输度端口; 以及第二组光开关,被配置为在第一状态下从第二波分复用信号接收相应的第二光信号,所述第二光信号在全功能接收度端口处,并且在第二状态下经由部分功能接收度 并且将第二光信号引导到相应的信道发射端口。 辅助设备可用于使部分功能端口完全正常工作。
    • 9. 发明申请
    • INNOVATIVE ARCHITECTURE FOR FULLY NON BLOCKING SERVICE AGGREGATION WITHOUT O-E-O CONVERSION IN A DWDM MULTIRING INTERCONNECTION NODE
    • 在DWDM多路互连节点中没有O-E-O转换的完全非阻塞服务聚合的创新架构
    • US20110262141A1
    • 2011-10-27
    • US12764641
    • 2010-04-21
    • Lorenzo GhioniRonald JohnsonMaurizio Gazzola
    • Lorenzo GhioniRonald JohnsonMaurizio Gazzola
    • H04J14/02
    • H04J14/022H04J14/0212H04J14/0217H04J14/0283H04J14/0284H04J14/0286
    • According to one general aspect, an interconnection node may be configured to dynamically provide interconnection access between a first optical network (e.g., a core optical network) and at least either a second optical network (e.g., an access optical network) or a third optical network (e.g., another access optical network) in a purely optical fashion. The interconnection node may include a first network portion and a second and third network portions. The first network portion may be coupled with the first network that includes a first pair of wavelength cross-connect (WXC) units coupled between a first transmission path of the first network, and providing a plurality of add and drop ports, and a second pair of wavelength cross-connect (WXC) units coupled between a second transmission path of the first network, and providing a plurality of add and drop ports. The second network portion may be coupled with the second network and the first network portion of the interconnection node such that optical signals may be routed between the second network and the first network. The third network portion may be coupled with the third network and the first network portion of the interconnection node such that optical signals may be routed between the third network and the first network.
    • 根据一个一般方面,互连节点可以被配置为动态地提供第一光网络(例如,核心光网络)与至少第二光网络(例如,接入光网络)或第三光网络 网络(例如,另一个接入光网络)。 互连节点可以包括第一网络部分和第二和第三网络部分。 所述第一网络部分可以与所述第一网络耦合,所述第一网络包括耦合在所述第一网络的第一传输路径之间的第一对波长交叉连接(WXC)单元,以及提供多个添加和分出端口,以及第二对 的波长交叉连接(WXC)单元,其耦合在第一网络的第二传输路径之间,并且提供多个添加和分出端口。 第二网络部分可以与互连节点的第二网络和第一网络部分耦合,使得光信号可以在第二网络和第一网络之间路由。 第三网络部分可以与互连节点的第三网络和第一网络部分耦合,使得光信号可以在第三网络和第一网络之间路由。