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    • 3. 发明授权
    • Switching system reliability
    • 开关系统的可靠性
    • US4979164A
    • 1990-12-18
    • US356802
    • 1989-05-24
    • Menachem T. Ardon
    • Menachem T. Ardon
    • H04M7/14H04Q11/04
    • H04Q11/0407
    • The switch units of a distributed switching system are connected by a central switch for advancing connections between the switch units and also by inter-switch unit trunks. To save switch unit resources, trunk services such as scanning and signaling are not provided to the inter-switch unit trunks while the central switch is available for advancing connections. When the central switch becomes unavailable for advancing connections, as detected by control units in the switch units, the inter-switch unit trunks are connected to the trunk serving circuitry of the switch units and connections are advanced between switch units over the inter-switch unit trunks. Serving the inter-switch units trunks while the central switch is unavailable requires additional switch unit resources but provides for continuity of service which would to otherwise be lost due to the unavailability of the central switch.
    • 分布式交换系统的开关单元通过中央开关连接,用于在开关单元之间以及交换机单元中继线之间进行连接。 为了节省交换机单元资源,中央交换机可用于前进连接时,不向交换机间中继线提供诸如扫描和信令的中继业务。 当中央交换机变得不可用于前进连接时,由开关单元中的控制单元检测到,交换机间中继线连接到交换机单元的中继服务电路,并且连接在交换机单元之间的交换单元之间前进 树干 在中央交换机不可用时,为交换机间中继线提供服务需要附加的交换机单元资源,但提供服务的连续性,否则将由于中央交换机的不可用而丢失。
    • 4. 发明授权
    • Single stage telecommunications switch with partitioned processors
    • 具有分区处理器的单级电信交换机
    • US5590129A
    • 1996-12-31
    • US361414
    • 1994-12-22
    • Menachem T. Ardon
    • Menachem T. Ardon
    • H04Q3/545H04M3/00H04Q11/04H04Q11/08
    • H04Q11/08
    • An arrangement for controlling a large time slot interchange (TSI) unit. The TSI unit is a single stage unit for interconnecting any incoming time slot with any outgoing time slot. No blockage is incurred in such a single stage switch. A plurality of module processors is used each for controlling a group of TSI slices, the size of the group being selected to match the capabilities of the module processor. The module processors communicate with each other in order to cooperate in setting up connections through the TSI unit. Each module processor processes terminating, originating, incoming or outgoing processes for calls connected to the terminals served by the module processor. Advantageously, a large non-blocking TSI unit is made available for serving a large switching system without incurring blockage. Moreover, the TSI unit and its complement of module processors can be arranged to grow in a cost effective manner from a relatively small unit to a unit that is near the largest size practical switching system.
    • 用于控制大时隙交换(TSI)单元的装置。 TSI单元是用于将任何输入时隙与任何输出时隙互连的单级单元。 在这种单级开关中不产生阻塞。 使用多个模块处理器来控制一组TSI切片,该组的大小被选择以匹配模块处理器的能力。 模块处理器相互通信,以便通过TSI单元进行连接设置。 每个模块处理器处理与由模块处理器服务的终端连接的呼叫的终止,发起,传入或传出过程。 有利的是,大的非阻塞TSI单元可用于服务大型开关系统而不会导致堵塞。 此外,TSI单元及其对模块处理器的补充可以以成本有效的方式从相对较小的单元增长到靠近最大尺寸的实际切换系统的单元。
    • 5. 发明授权
    • Customer oriented telecommunications network
    • 面向客户的电信网络
    • US5583929A
    • 1996-12-10
    • US485423
    • 1995-06-07
    • Menachem T. Ardon
    • Menachem T. Ardon
    • H04Q3/00H04Q3/66H04M7/00H04M1/00H04M3/00H04M3/42
    • H04Q3/665H04Q3/0016H04Q2213/13096H04Q2213/13097H04Q2213/13103H04Q2213/13141H04Q2213/13174H04Q2213/13175H04Q2213/13176H04Q2213/13204H04Q2213/13222H04Q2213/13296H04Q2213/13342H04Q2213/13345H04Q2213/13349H04Q2213/1338H04Q2213/13383H04Q2213/13399
    • This invention relates to arrangements for interconnecting a plurality of stand-alone switches by data and communication channels (the latter typically used for communicating voice signals) in such a way as to make the plurality of switches act as if they were one switch. The invention further relates to arrangements for permitting groups of lines, the groups connected to different stand-alone switches, to be treated essentially as if they were connected to a single switch. Each switch of a symbiotic network (a group of stand-alone switches) or a virtual symbiotic network (the grouping of the groups of lines) accesses pertinent data in its own data base or the data base of one of the other switches of the symbiotic or virtual symbiotic network and treats the results of such data base accesses as if they were made internally in the switch. For a symbiotic network the trunks of all the switches of the network going to a common destination (and one such common destination can be any of the switches of another symbiotic network) are grouped into a single group so that an outgoing call can readily be made over a trunk connected to any of the switches of the symbiotic network. Similarly, incoming trunks to any switch of the symbiotic network from a common external source can be grouped into a single trunk group at that external source (which can be another symbiotic network). Advantageously, such an arrangement provides a convenient way of achieving the advantages of a giant switch without requiring the capacity of such a switch and without requiring the geographic concentration of traffic necessary to keep the links to a giant switch reasonably short. Advantageously, a virtual symbiotic network provides an economical and flexible solution to the problem of providing services such as wide area Centrex.
    • 本发明涉及通过数据和通信信道(后者通常用于通信语音信号)来互连多个独立交换机的装置,以使多个交换机如同它们是一个交换机那样起作用。 本发明还涉及用于允许线路组,连接到不同的独立开关的组被基本上如同它们连接到单个开关一样被处理的装置。 共生网络(一组独立交换机)或虚拟共生网络(线路组的组合)的每个交换机访问其自己的数据库中的相关数据或共生的其他交换机之一的数据库 或虚拟共生网络,并将这些数据库访问的结果视为交换机内部进行的处理。 对于共生网络,网络的所有交换机的中继线到共同的目的地(并且一个这样的公共目的地可以是另一个共生网络的任何交换机)被组合成单个组,使得可以容易地进行呼出呼叫 通过连接到共生网络的任何交换机的中继线。 类似地,来自共同外部源的共生网络的任何交换机的传入干线可以被分组为在该外部源(其可以是另一个共生网络)的单个中继线群组。 有利地,这种布置提供了实现巨型开关的优点的便利方式,而不需要这种开关的容量,并且不需要将保持连接到巨型开关的连接相当短的交通所需的地理集中。 有利地,虚拟共生网络为提供诸如广域Centrex的服务的问题提供了经济和灵活的解决方案。
    • 8. 发明授权
    • Trunk utilization in a telecommunications network
    • 中继线在电信网络中的应用
    • US5608790A
    • 1997-03-04
    • US485927
    • 1995-06-07
    • Menachem T. Ardon
    • Menachem T. Ardon
    • H04Q3/00H04Q3/66H04M7/00H04M1/00H04M3/00H04M3/42
    • H04Q3/665H04Q3/0016H04Q2213/13096H04Q2213/13097H04Q2213/13103H04Q2213/13141H04Q2213/13174H04Q2213/13175H04Q2213/13176H04Q2213/13204H04Q2213/13222H04Q2213/13296H04Q2213/13342H04Q2213/13345H04Q2213/13349H04Q2213/1338H04Q2213/13383H04Q2213/13399
    • This invention relates to arrangements for interconnecting a plurality of stand-alone switches by data and communication channels (the latter typically used for communicating voice signals) in such a way as to make the plurality of switches act as if they were one switch. The invention further relates to arrangements for permitting groups of lines, the groups connected to different stand-alone switches, to be treated essentially as if they were connected to a single switch. Each switch of a symbiotic network (a group of stand-alone switches) or a virtual symbiotic network (the grouping of the groups of lines) accesses pertinent data in its own data base or the data base of one of the other switches of the symbiotic or virtual symbiotic network and treats the results of such data base accesses as if they were made internally in the switch. For a symbiotic network the trunks of all the switches of the network going to a common destination (and one such common destination can be any of the switches of another symbiotic network) are grouped into a single group so that an outgoing call can readily be made over a trunk connected to any of the switches of the symbiotic network. Similarly, incoming trunks to any switch of the symbiotic network from a common external source can be grouped into a single trunk group at that external source (which can be another symbiotic network). Advantageously, such an arrangement provides a convenient way of achieving the advantages of a giant switch without requiring the capacity of such a switch and without requiring the geographic concentration of traffic necessary to keep the links to a giant switch reasonably short. Advantageously, a virtual symbiotic network provides an economical and flexible solution to the problem of providing services such as wide area Centrex.
    • 本发明涉及通过数据和通信信道(后者通常用于通信语音信号)来互连多个独立交换机的装置,以使多个交换机如同它们是一个交换机那样起作用。 本发明还涉及用于允许线路组,连接到不同的独立开关的组被基本上如同它们连接到单个开关一样被处理的装置。 共生网络(一组独立交换机)或虚拟共生网络(线路组的组合)的每个交换机访问其自己的数据库中的相关数据或共生的其他交换机之一的数据库 或虚拟共生网络,并将这些数据库访问的结果视为交换机内部进行的处理。 对于共生网络,网络的所有交换机的中继线到共同的目的地(并且一个这样的公共目的地可以是另一个共生网络的任何交换机)被组合成单个组,使得可以容易地进行呼出呼叫 通过连接到共生网络的任何交换机的中继线。 类似地,来自共同外部源的共生网络的任何交换机的传入干线可以被分组为在该外部源(其可以是另一个共生网络)的单个中继线群组。 有利地,这种布置提供了实现巨型开关的优点的便利方式,而不需要这种开关的容量,并且不需要将保持连接到巨型开关的连接相当短的交通所需的地理集中。 有利地,虚拟共生网络为提供诸如广域Centrex的服务的问题提供了经济和灵活的解决方案。