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    • 91. 发明授权
    • N+K sparing in a telecommunications switching environment
    • N + K节省了电信交换环境
    • US5331631A
    • 1994-07-19
    • US033197
    • 1993-03-16
    • Kari T. Teraslinna
    • Kari T. Teraslinna
    • H04L12/56H04Q3/68
    • H04Q3/685H04L49/557H04L49/101H04L49/15
    • An N+1 sparing strategy for both line circuits and switching nodes of a self-routing 3-stage Benes packet telecommunications network. Line circuits selectively serve either their own telecommunications line or the line normally served by the corresponding line circuit of the preceding row of the switching matrix. A row of spare line circuits and switching nodes is provided. Upon failure of a matrix internal node, line circuits modify packet addresses to reroute packets normally served by the failed node, or nodes below it within the same switching stage, to the next-lower row. Upon failure of a matrix edge node, line circuits of the failed node's row are disabled and line circuits of each row below it commence to serve the lines normally served by the preceding row. Active line circuits also modify packet addresses to reroute packets normally served by the last-stage node of the failed node's row, or rows below it, to the next-lower row. Upon failure of a line circuit, it is disabled and corresponding line circuits of each row below it commence to serve the lines normally served by the corresponding line circuit of the preceding row. Active line circuits also modify packet addresses to reroute packets normally switched to the failed line circuit or to the corresponding line circuits of the rows below it, to the corresponding line circuit of the next lower row.
    • 对于自路由3级Benes分组电信网络的线路电路和交换节点,N + 1节省策略。 线路电路选择性地服务于他们自己的电信线路或通常由交换矩阵的前一行的相应线路电路服务的线路。 提供了一排备用线路电路和交换节点。 当矩阵内部节点发生故障时,线路电路会修改数据包地址,以将发生故障的节点正常服务的数据包重新路由到同一个切换阶段的节点,或者将其下面的节点重新路由到下一行。 在矩阵边缘节点发生故障时,故障节点的行的线路电路被禁用,其下面的每一行的线路电路开始服务于由前一行正常服务的线路。 活动线路电路还修改分组地址,以将由正常服务的分组正常服务的分组重新路由到下一行的失败节点的行的下一行或其下面的行。 当线路电路故障时,它被禁用,并且其下面的每一行的相应线路电路开始服务于由前一行的相应线路电路通常服务的线路。 有源线路电路还修改分组地址,将正常切换到故障线路电路的分组或其下面的行的相应线路电路重新路由到下一个下一行的相应线路电路。
    • 93. 发明授权
    • N+K sparing in a telecommunications switching environment
    • N + K节省了电信交换环境
    • US5229990A
    • 1993-07-20
    • US592103
    • 1990-10-03
    • Kari T. Teraslinna
    • Kari T. Teraslinna
    • H04L12/56H04Q3/68
    • H04Q3/685H04L49/557H04L49/101H04L49/15
    • An N+1 sparing strategy for both line circuits and switching nodes of a self-routing 3-stage Benes packet telecommunications network. Line circuits selectively serve either their own telecommunications line or the line normally served by the corresponding line circuit of the preceding row of the switching matrix. A row of spare line circuits and switching nodes is provided. Upon failure of a matrix internal node, line circuits modify packet addresses to reroute packets normally served by the failed node, or nodes below it within the same switching stage, to the next-lower row. Upon failure of a matrix edge node, line circuits of the failed node's row are disabled and line circuits of each row below it commence to serve the lines normally served by the preceding row. Active line circuits also modify packet addresses to reroute packets normally served by the last-stage node of the failed node's row, or rows below it, to the next-lower row. Upon failure of a line circuit, it is disabled and corresponding line circuits of each row below it commence to serve the lines normally served by the corresponding line circuit of the preceding row. Active line circuits also modify packet addresses to reroute packets normally switched to the failed line circuit or to the corresponding line circuits of the rows below it, to the corresponding line circuit of the next-lower row.
    • 对于自路由3级Benes分组电信网络的线路电路和交换节点,N + 1节省策略。 线路电路选择性地服务于他们自己的电信线路或通常由交换矩阵的前一行的相应线路电路服务的线路。 提供了一排备用线路电路和交换节点。 当矩阵内部节点发生故障时,线路电路会修改数据包地址,以将发生故障的节点正常服务的数据包重新路由到同一个切换阶段的节点,或者将其下面的节点重新路由到下一行。 在矩阵边缘节点发生故障时,故障节点的行的线路电路被禁用,其下面的每一行的线路电路开始服务于由前一行正常服务的线路。 活动线路电路还修改分组地址,以将由正常服务的分组正常服务的分组重新路由到下一行的失败节点的行的下一行或其下面的行。 当线路电路故障时,它被禁用,并且其下面的每一行的相应线路电路开始服务于由前一行的相应线路电路通常服务的线路。 有源线路电路还修改分组地址,将正常切换到故障线路电路的分组或其下面的行的相应线路电路重新路由到下一行的相应线路电路。
    • 94. 发明授权
    • Interconnecting network
    • 互连网络
    • US5175539A
    • 1992-12-29
    • US617914
    • 1990-11-21
    • Harald Richter
    • Harald Richter
    • H04Q3/68
    • H04Q3/68
    • Interconnecting network for simultaneous selective connecting of each of N inputs to one of N outputs has an input section which includes the inputs and contains at least the consecutive stages 1 to n-1 of a n-stage baseline network and has N outputs, and an output section which has N inputs which are connected to the N outputs of the input section, includes a n-stage baseline network and has N outputs which form the outputs of the interconnecting network. The order of the n-1 stages following the inputs is the same in both baseline networks.
    • 用于将N个输入中的每一个同时选择性地连接到N个输出之一的互连网络具有包括输入并且至少包含n级基线网络的连续级1至n-1并具有N个输出的输入部分,并且 输出部分,其具有连接到输入部分的N个输出的N个输入,包括n级基线网络,并且具有形成互连网络的输出的N个输出。 输入后n-1级的顺序在两个基线网络中是相同的。
    • 96. 发明授权
    • Layered network
    • 分层网络
    • US4833468A
    • 1989-05-23
    • US108514
    • 1987-10-14
    • Brian R. LarsonDonald B. BennettSteven A. Murphy
    • Brian R. LarsonDonald B. BennettSteven A. Murphy
    • G06F15/16G06F13/00G06F15/173H04L12/56H04Q3/52H04Q3/68
    • H04Q3/68G06F15/17337H04L49/1507H04L49/101H04L49/205H04L49/254H04L49/40
    • A Layered Network system may provide varying cost from order NlogN low-cost networds, to completely-routing, fully-Layered networks with cots of order Nlog .sup.3 N. Layered networks are composed of switches and point-to-point connections between them. These networks establish connections from requestors to responders by relaying "requests" through the switches. Each switch has built-in control logic to route requests and responses. The switch setting is determined using the comparison of the request with the request's current location in the network, and with locally competing requests. To provide distributed routing without a centralized controller, each switch routes the requests using only the information contained in the requests that switch handles. The switch setting is remembered in order to route the responses on the same paths as the associated requests, but in the reverse direction.
    • 分层网络系统可以提供从NlogN订单低成本网络到完全路由的完全分层网络,具有Nlog 3N订单的成本。 分层网络由交换机和它们之间的点对点连接组成。 这些网络通过交换机中继“请求”来建立从请求者到响应者的连接。 每个交换机都有内置的控制逻辑来路由请求和响应。 交换机设置是使用请求与请求在网络中当前位置的比较以及本地竞争的请求来确定的。 为了提供没有集中控制器的分布式路由,每个交换机只使用交换机处理的请求中包含的信息来路由请求。 记住切换设置,以便在与相关请求相同的路径上路由响应,但是反向。
    • 97. 发明授权
    • Interconnection networks
    • 互连网络
    • US4714922A
    • 1987-12-22
    • US22607
    • 1987-03-04
    • Martin D. CrippsAnthony J. Field
    • Martin D. CrippsAnthony J. Field
    • H04Q3/64G06F15/173H04Q3/68H04Q1/00
    • H04Q3/68G06F15/17393
    • A serial switched interconnection network comprises several stages of switching units each having a plurality of source ports and destination ports interconnected so that any source port of the first stage can be connected to any destination port of the final stage by operation of switching units in successive stages. Connections are by shared data and control paths each of which paths may comprise a single line or multiple lines and each switching unit when switched to along a path sends a request back up that path for sufficient data signals to operate the switching unit initiating the request. The setting up of a path through the network is thus stage-by-stage asynchronously.
    • 串行交换互连网络包括若干阶段的交换单元,每个交换单元具有互连的多个源端口和目的端口,使得第一级的任何源端口可以连续地通过开关单元的操作连接到最终级的任何目的地端口 。 连接是通过共享数据和控制路径,每个路径可以包括单个线路或多条线路,并且每个交换单元在沿着路径切换时发送请求备份该路径以便足够的数据信号来操作开始请求的交换单元。 因此,通过网络建立一条路径是异步的。
    • 98. 发明授权
    • Telephone switching network
    • 电话交换网络
    • US4400627A
    • 1983-08-23
    • US260004
    • 1981-05-04
    • Meyer J. Zola
    • Meyer J. Zola
    • H04Q3/68H04Q3/00
    • H04Q3/68Y10T307/76
    • An arrangement and method for interconnecting the stages of a space division switching network which provides simple and continuous growth from a small number of lines to the system's maximum number of lines. The switching network comprises up to M input stage switches, center stage switches and up to M output stage switches. Incoming lines are connected to the input terminals of the input stage switches such that no input stage switch is connected to a number of incoming lines which exceeds the number of incoming lines connected to any other input stage switch by more than one. The number of center stage switches is established from a predetermined interconnection plan and at any given time, the number of center stage switches is a function of the number of lines connected to the input stage switch having the largest number of lines connected thereto. As each line is connected to an input stage switch, the output terminals of that switch are distributed over the available center stage switches. The output stage switches are connected to the center stage switches and to outgoing lines in analogous manner.
    • 用于互连空间切换网络的阶段的布置和方法,其提供从少量线路到系统的最大线数的简单且持续的增长。 交换网络包括多达M个输入级交换机,中心级交换机和多达M个输出级交换机。 输入线路连接到输入级开关的输入端子,使得没有输入级开关连接到多条输入线路,该输入线路超过连接到任何其它输入级开关的输入线路数量多于一个。 中心级交换机的数量是根据预定的互连平面建立的,并且在任何给定的时间,中心级交换机的数目是连接到具有与其相连的数量最多的线路的输入级交换机的线路数量的函数。 当每条线路连接到输入级开关时,该开关的输出端子分布在可用的中心级开关上。 输出级开关以类似的方式连接到中心级开关和输出线路。
    • 100. 发明授权
    • Communication system optimized pooled line arrangement
    • 通信系统优化的线路布置
    • US4109113A
    • 1978-08-22
    • US847214
    • 1977-10-31
    • Charles Eugene Allison, Jr.Francis Michael FentonTse Lin WangCarl Dennis Weiss
    • Charles Eugene Allison, Jr.Francis Michael FentonTse Lin WangCarl Dennis Weiss
    • H04Q3/58H04Q3/545H04Q3/68H04Q3/64
    • H04Q3/54533
    • There is disclosed a communication system arrangement whereby the efficiency with which pooled facilities are used can be increased by reducing the number of lines that are dedicated to the pool. This is accomplished by making available to the pool, on a priority basis, lines that have been installed for other purposes, such as, for example, conference lines and private two-way lines. The system is arranged such that dedicated pooled lines have a higher priority than other lines which are available to the pool on a decreasing priority basis. In addition, each pooled set of lines at each station is given a visual indication using the system available lamp to indicate whether an idle line remains in the pool. This arrangement allows each station user to determine, without unnecessary seizure attempts, whether or not an available line exists in the pool.
    • 可以通过减少专用于池的线路的数量来增加使用合并设施的效率的通信系统布置。 这是通过将优先级提供给池来实现的,这些线已经被安装用于其他目的,例如会议线路和私人双向线路。 该系统被布置为使得专用的池化线路具有比其他可以以优先级为基础的池可用的线路更高的优先级。 此外,在每个站(S1)处的每个合并的一组线路被给予使用系统可用灯(211)的可视指示,以指示空闲线路是否保留在池中。 这种安排允许每个站点用户在没有不必要的扣留尝试的情况下确定池中是否存在可用的线。