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    • 3. 发明授权
    • Telephone switch providing dynamic allocation of time division multiplex
resources
    • 电话交换机提供时分复用资源的动态分配
    • US5594727A
    • 1997-01-14
    • US308135
    • 1994-09-19
    • Chuck KolbensonPaul NelsonKenneth St. HilaireAlan TingleyGerry TenutaPeter Sandstrom
    • Chuck KolbensonPaul NelsonKenneth St. HilaireAlan TingleyGerry TenutaPeter Sandstrom
    • H04J3/12H04J3/16H04Q11/04
    • H04J3/1623H04J3/12H04Q11/04H04Q2213/13076H04Q2213/13103H04Q2213/13106H04Q2213/13292H04Q2213/13299H04Q2213/1332H04Q2213/13332H04Q2213/1334H04Q2213/13393H04Q2213/13395
    • A switch, which connects ports on a customer port module to ports on a network port module via time slots on a dime division multiplexing bus, determines for each connection a number of required time slots, based on the current switch configuration and/or the signal traffic at the associated port. The switch then determines if it has the required number of time slots available generally and if it can make the time slots available to the port. If so, the switch assigns the time slots to the port and completes the connection. The switch determines the number of time slots required by consulting a stored port type indicator table, which lists bandwidth demand based on port type, or by detecting in-band signaling information that indicates the bandwidth demand. If the table indicates that the switch includes non-blocking ports, the switch coordinates the number of time slots allocated to a connection with the number of slots required to be kept free for the non-blocking ports. The switch may thereafter dynamically allocate time slots to the connection, based on signal traffic. The switch may be reconfigured at the request of a customer, by updating routing and port type information stored in the switch. Also, control circuitry in the switch may initiate a reconfiguration, based on signal traffic.
    • 基于当前交换机配置和/或信号,将客户端口模块上的端口连接到网络端口模块上的端口上的时隙的开关,经由时分复用总线上的时隙,为每个连接确定多个所需时隙 相关端口的流量。 交换机然后确定它是否具有所需数量的时隙通常可用,并且可以使该时隙可用于该端口。 如果是这样,交换机会将时隙分配给端口并完成连接。 交换机通过查询存储的端口类型指示​​符表来确定所需的时隙数量,其中列出了基于端口类型的带宽需求,或通过检测指示带宽需求的带内信令信息。 如果该表指示交换机包括非阻塞端口,则交换机协调分配给具有非阻塞端口所需的空闲数量的连接的时隙数。 交换机此后可以基于信号业务动态地分配时隙到连接。 可以通过更新存储在交换机中的路由和端口类型信息,在客户的请求下重新配置交换机。 而且,交换机中的控制电路可以基于信号业务来启动重新配置。