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    • 52. 发明授权
    • Routing in multilayer optical networks
    • 多层光网络路由
    • US08364037B2
    • 2013-01-29
    • US12745780
    • 2008-07-08
    • Diego CavigliaGiovanni Fiaschi
    • Diego CavigliaGiovanni Fiaschi
    • H04B10/20
    • H04Q11/0062H04L45/12H04L45/62H04Q2011/0073H04Q2011/0075H04Q2011/0086
    • A method, system and network for routing a multiplexed signal through an optical network (1) comprising nodes (A to F) for routing signals along links (2 to 9) of the network (1), each node (A to F) comprising a lower order matrix (100) and/or a higher order matrix (110). Each matrix (110, 120) is capable of switching segments of the multiplexed signal between interfaces (NL5H) of the matrix (110,120), the lower order matrix (110) capable of switching smaller segments comprising fewer channels than the higher order matrix (120). The method comprises allocating a cost to using each interface (NL5H) of each matrix (110, 120), the allocated cost taking into account a relative value of the lower order matrix (110) to the higher order matrix (120) due to the capability of the lower order matrix (110) to switch smaller segments of the multiplexed signal, generating a cost function associated with possible routes for the signal through the network (1) from the allocated costs, and determining a route for the signal through the network (1) by optimizing the cost function. The system and network are arranged to carry out this method.
    • 一种用于通过包括用于沿网络(1)的链路(2至9)路由信号的节点(A至F)的光网络(1)路由多路复用信号的方法,系统和网络,每个节点(A至F)包括 低阶矩阵(100)和/或高阶矩阵(110)。 每个矩阵(110,120)能够切换矩阵(110,120)的接口(NL5H)之间的多路复用信号的段,能够切换包含比高阶矩阵(120)更少的信道的较小分段的低阶矩阵(110) )。 该方法包括:分配成本以使用每个矩阵(110,120)的每个接口(NL5H),所分配的成本考虑到较低阶矩阵(110)与较高阶矩阵(120)的相对值,由于 低阶矩阵(110)的能力来切换多路复用信号的较小段,从分配的成本产生与通过网络(1)的信号的可能路由相关联的成本函数,以及通过网络确定信号的路由 (1)优化成本函数。 安排系统和网络执行此方法。
    • 53. 发明授权
    • Label switched path networking
    • 标签交换路径网络
    • US08325737B2
    • 2012-12-04
    • US12525941
    • 2008-02-07
    • Diego CavigliaAttila Takacs
    • Diego CavigliaAttila Takacs
    • H04L12/28H04L12/56H04J3/16H04J3/22G06F15/16
    • H04L45/00H04L45/50
    • A network arranged to implement label switched paths, comprising: an ingress label edge router (LER), at least one label switching router (LSR), and an egress LER, in which the ingress LER is connected to the egress LER via one or more of the LSRs. In said network the ingress LER is arranged to transmit, in use, a path message for setting up a bidirectional label switched path (LSP) from the ingress LER to the egress LER via at least one LSR in response for a request for such an LSP. The path message is transmitted over the path of the LSP to be created, in which the path message comprises a first parameter indicative of the bandwidth to be assigned to data traversing the LSP in a first, downstream, direction from ingress LER to egress LER and a second parameter indicative of the bandwidth to be assigned to data traversing the LSP in an opposite, upstream, direction, in which the upstream and downstream bandwidths are different.
    • 布置成实现标签交换路径的网络,包括:入口标签边缘路由器(LER),至少一个标签交换路由器(LSR)和出口LER,其中入口LER经由一个或多个连接到出口LER 的LSR。 在所述网络中,入口LER被布置为在使用中传输用于响应于对这样的LSP的请求,经由至少一个LSR从入口LER到入口LER建立双向标签交换路径(LSP)的路径消息 。 路径消息通过要创建的LSP的路径发送,其中路径消息包括指示要分配给从进入LER到出口LER的第一,下游方向上穿越LSP的数据的带宽的第一参数,以及 指示要分配给上游和下游带宽不同的相反,上游方向上的LSP的数据的带宽的第二参数。
    • 55. 发明申请
    • ROUTING IN MULTILAYER OPTICAL NETWORKS
    • 多层光网络路由
    • US20110038628A1
    • 2011-02-17
    • US12745780
    • 2008-07-08
    • Diego CavigliaGiovanni Fiaschi
    • Diego CavigliaGiovanni Fiaschi
    • H04J14/00
    • H04Q11/0062H04L45/12H04L45/62H04Q2011/0073H04Q2011/0075H04Q2011/0086
    • A method, system and network for routing a multiplexed signal through an optical network (1) comprising nodes (A to F) for routing signals along links (2 to 9) of the network (1), each node (A to F) comprising a lower order matrix (100) and/or a higher order matrix (110). Each matrix (110, 120) is capable of switching segments of the multiplexed signal between interfaces (NL5H) of the matrix (110,120), the lower order matrix (110) capable of switching smaller segments comprising fewer channels than the higher order matrix (120). The method comprises allocating a cost to using each interface (NL5H) of each matrix (110, 120), the allocated cost taking into account a relative value of the lower order matrix (110) to the higher order matrix (120) due to the capability of the lower order matrix (110) to switch smaller segments of the multiplexed signal, generating a cost function associated with possible routes for the signal through the network (1) from the allocated costs, and determining a route for the signal through the network (1) by optimising the cost function. The system and network are arranged to carry out this method.
    • 一种用于通过包括用于沿网络(1)的链路(2至9)路由信号的节点(A至F)的光网络(1)路由多路复用信号的方法,系统和网络,每个节点(A至F)包括 低阶矩阵(100)和/或高阶矩阵(110)。 每个矩阵(110,120)能够切换矩阵(110,120)的接口(NL5H)之间的多路复用信号的段,能够切换包含比高阶矩阵(120)更少的信道的较小分段的低阶矩阵(110) )。 该方法包括:分配成本以使用每个矩阵(110,120)的每个接口(NL5H),所分配的成本考虑到较低阶矩阵(110)与较高阶矩阵(120)的相对值,由于 低阶矩阵(110)的能力来切换多路复用信号的较小段,从分配的成本产生与通过网络(1)的信号的可能路由相关联的成本函数,以及通过网络确定信号的路由 (1)通过优化成本函数。 安排系统和网络执行此方法。
    • 56. 发明申请
    • System and Method for Automatic Reset of Pre-Programmed Circuits in Case of Failures in Transport Networks
    • 运输网络故障情况下预编程电路自动复位的系统和方法
    • US20070253325A1
    • 2007-11-01
    • US10596347
    • 2004-12-07
    • Diego Caviglia
    • Diego Caviglia
    • H04J3/16H04J3/08H04L12/50
    • H04J3/14H04L69/40
    • A network system comprises at least one input TNE (10) and one output TNE (11) interconnected by circuits in the network (20). Each TNE in the protection step comprises a traffic selector (22, 23) switchable between listening to the traffic input from a work circuit (13, 14) and listening to the traffic input from a reset circuit (18, 19) and a Split module (21, 24) allowing sending of a same traffic output either to a work circuit or to a reset circuit. Each TNE comprises in addition an agent (25, 26) termed ASTN agent commanding activation and deactivation of the reset circuit and switching of the traffic selector between work circuit and reset circuit. Each of the two ASTN agents can emit an “Activate” message to command activation of the reset circuit and signal to the other agent completed activation of the reset circuit and a “RevertRequest” message for signaling to the other agent the desire to deactivate the reset circuit previously activated, and a “Revert” message for commanding deactivation of the reset circuit after reception of a “RevertRequest” message sent to it by the other agent.
    • 网络系统包括由网络(20)中的电路互连的至少一个输入TNE(10)和一个输出TNE(11)。 保护步骤中的每个TNE包括一个交通选择器(22,23),可在监听来自工作电路(13,14)的业务输入和监听从复位电路(18,19)输入的业务和分离模块 (21,24),允许将相同的业务量输出发送到工作电路或复位电路。 每个TNE还包括称为ASTN代理的代理(25,26),其指令复位电路的激活和停用以及工作电路和复位电路之间的业务选择器的切换。 两个ASTN代理中的每一个可以发出“激活”消息以命令激活复位电路并且向另一个代理信号通知完成复位电路的激活,以及一个“RevertRequest”消息用于向另一个代理发信号,以取消激活复位 以及一个“还原”消息,用于在接收到另一个代理发送给它的“RevertRequest”消息后命令停用复位电路。
    • 57. 发明授权
    • System and method for automatic reset of pre-programmed circuits in case of failures in transport networks
    • 运输网络故障时预编程电路自动复位的系统和方法
    • US08391133B2
    • 2013-03-05
    • US10596347
    • 2004-12-07
    • Diego Caviglia
    • Diego Caviglia
    • G01R31/08
    • H04J3/14H04L69/40
    • A network system comprises at least one input TNE (10) and one output TNE (11) interconnected by circuits in the network (20). Each TNE in the protection step comprises a traffic selector (22, 23) switchable between listening to the traffic input from a work circuit (13, 14) and listening to the traffic input from a reset circuit (18, 19) and a Split module (21, 24) allowing sending of a same traffic output either to a work circuit or to a reset circuit. Each TNE comprises in addition an agent (25, 26) termed ASTN agent commanding activation and deactivation of the reset circuit and switching of the traffic selector between work circuit and reset circuit. Each of the two ASTN agents can emit an “Activate” message to command activation of the reset circuit and signal to the other agent completed activation of the reset circuit and a “RevertRequest” message for signaling to the other agent the desire to deactivate the reset circuit previously activated, and a “Revert” message for commanding deactivation of the reset circuit after reception of a “RevertRequest” message sent to it by the other agent.
    • 网络系统包括由网络(20)中的电路互连的至少一个输入TNE(10)和一个输出TNE(11)。 保护步骤中的每个TNE包括一个交通选择器(22,23),可在监听来自工作电路(13,14)的业务输入和监听从复位电路(18,19)输入的业务和分离模块 (21,24),允许将相同的业务量输出发送到工作电路或复位电路。 每个TNE还包括称为ASTN代理的代理(25,26),其指令复位电路的激活和停用以及工作电路和复位电路之间的业务选择器的切换。 两个ASTN代理中的每一个可以发出激活消息以命令激活复位电路并且向另一个代理信号通知复位电路的完成激活,以及用于向另一个代理发信号的RevertRequest消息以期望去激活先前激活的复位电路, 以及用于在接收到由其他代理发送给它的RevertRequest消息后命令禁用复位电路的恢复消息。
    • 59. 发明申请
    • Protection Mechanisms for a Communications Network
    • 通信网络的保护机制
    • US20090003192A1
    • 2009-01-01
    • US12143160
    • 2008-06-20
    • Riccardo MartinottiDiego Caviglia
    • Riccardo MartinottiDiego Caviglia
    • H04L12/24
    • H04L45/00
    • A method of path protection for a connection-oriented packet switched communications network is described using a protection hub in communication with a worker hub via a core protection path. Both the worker hub and the protection hub communicate with at least one provider edge device via a respective worker and protection paths. The method detects a failure in the communications network, indicates the failure to the at least one of the provider edge device, the worker hub, and the protection hub. The method then employs the core protection path if a failure occurs along a worker path is detected, or a worker path and a protection path in parallel if a failure occurs along the core protection path.
    • 使用保护集线器通过核心保护路径与工作集线器通信来描述面向连接的分组交换通信网络的路径保护方法。 工作人员中心和保护中心都通过相应的工作人员和保护路径与至少一个提供商边缘设备进行通信。 该方法检测通信网络中的故障,指示提供商边缘设备,工作者中心和保护集线器中的至少一个的故障。 如果沿着核心保护路径发生故障,则如果检测到沿着工作路径发生故障,则该方法采用核心保护路径,或者如果沿着核心保护路径发生故障,则工作者路径和保护路径并行。