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    • 1. 发明授权
    • ATM communication system
    • ATM通信系统
    • US5490138A
    • 1996-02-06
    • US312061
    • 1994-09-26
    • Gerd NiesteggeVolker TegtmeyerHartmut Wolf
    • Gerd NiesteggeVolker TegtmeyerHartmut Wolf
    • H04L12/42H04L12/433H04L12/70H04Q11/04H04J3/14
    • H04Q11/0478H04L12/42H04L2012/561H04L2012/5612H04L2012/5615H04L2012/5632
    • A communication system working according to an asynchronous transfer mode comprises ATM communication equipment units connected to one another, whereby a plurality of concentrator equipment units are connected to at least one of the ATM communication equipment units. The concentrator equipment units together with the corresponding ATM communication equipment units are thereby arranged in a ring line system. Within this ring line system, each of the concentrator equipment units is connected via a separate virtual path to, on the one hand, the corresponding ATM communication equipment unit and, on the other hand, to each of the remaining concentrator equipment units. A plurality of virtual connections having defined transmission capacities can be respectively conducted via the individual virtual paths. Particulars with respect to the transmission capacities already occupied for established virtual connections are kept separately for the individual virtual paths in the corresponding ATM communication equipment units and are updated with every set-up and clear-down of a virtual connection. According to the measure of these particulars, a new virtual connection is thereby allowed only given a transmission capacity on the respective, virtual path that is still adequate.
    • 根据异步传送模式工作的通信系统包括彼此连接的ATM通信设备单元,由此多个集中器设备单元连接到ATM通信设备单元中的至少一个。 集中器设备单元与相应的ATM通信设备单元一起被布置在环线系统中。 在该环线系统内,每个集中器设备单元经由单独的虚拟路径连接到一方,相应的ATM通信设备单元,另一方面连接到每个剩余的集中器设备单元。 具有定义的传输容量的多个虚拟连接可以分别经由各个虚拟路径进行。 针对所建立的虚拟连接已经占用的传输容量的细节分别保存在相应的ATM通信设备单元中的各个虚拟路径上,并且通过虚拟连接的每次建立和清除来更新。 根据这些细节的测量,由此允许新的虚拟连接仅在相应的虚拟路径上给出仍然足够的传输容量。
    • 2. 发明授权
    • Circuitry for connecting multistage coupling fields and intermediate
lines
    • 用于连接多级耦合场和中间线的电路
    • US4833669A
    • 1989-05-23
    • US149349
    • 1988-01-28
    • Gerd Niestegge
    • Gerd Niestegge
    • H04Q3/52H04Q3/68H04Q11/04
    • H04Q3/68H04Q11/04
    • Coupling circuitry for multistage coupling fields in telecommunications networks, especially time-multiplex telephone switching systems, with switching matrices and intermediate lines that connect them from coupling stage to coupling stage.The multistage coupling field has intermediate-line wiring wherein a number of intermediate lines extends in parallel in a group of intermediate lines from every switching matrix in the first coupling stage to every switching matrix in the second coupling stage, the number being large enough to prevent interior blockage even while multichannel connections are being established. The number of switching matrices in the second coupling stage is for this purpose one more than double the quotient, rounded off to a whole number, of the difference between the connecting lines connected to the input end of one switching matrix in the first coupling stage and the maximum number of connecting lines or intermediate lines to be seized per multichannel connection and the difference between the number of intermediate line per group of intermediate lines increased by one and the maximum number of connecting lines or intermediate lines to be seized per multichannel connection.
    • 用于电信网络中的多级耦合场的耦合电路,特别是时分复用电话交换系统,具有将它们从耦合级连接到耦合级的开关矩阵和中间线。 多级耦合场具有中间线路,其中多条中间线在从第一耦合级中的每个开关矩阵到第二耦合级中的每个开关矩阵的一组中间线中并联延伸,该数量足够大以防止 即使在建立多通道连接的同时内部堵塞。 第二耦合级中的开关矩阵的数目是为了这个目的,将连接到第一耦合级中的一个开关矩阵的输入端的连接线之间的差异的整数乘以商数的一倍以上, 每个多通道连接要连接的连接线或中间线的最大数量以及每组中间线的中间线数之间的差增加一个,并且每个多通道连接将要占用的连接线或中间线的最大数量。
    • 4. 发明授权
    • Switching node for switching data signals transmitted in data packets
    • 用于切换在数据分组中传输的数据信号的切换节点
    • US4922488A
    • 1990-05-01
    • US269520
    • 1988-11-10
    • Gerd Niestegge
    • Gerd Niestegge
    • H04L12/933H04L12/935H04L12/937
    • H04L49/101H04L49/254H04L49/3018
    • To the switching node belongs at least one coupling element which has n input lines and n output lines optionally connectable to them via a space switch. To each of the input lines a buffer store is assigned in which k data packets are storable and which has m.ltoreq.k output terminals via which m data packets are simultaneously suppliable to the space switch having m.times.n input terminals and n output terminals. The storage addresses, under which the data packets to be routed are stored in the individual stores, are stored in accordance with the address signals contained in the data packets and stored in queue buffer stores assigned to the output lines. The queue buffer stores are cyclically accessible by a central control device for making available storage addresses. On the basis of storage addresses made available in such manner the central control device, on the one hand, controls the setting of the space switch and, on the other hand, the output of data packets from the buffer stores.
    • 交换节点属于至少一个耦合元件,其具有n个输入线,并且n个输出线可选地通过空间开关可连接到它们。 分配给每个输入行的缓冲器存储器,其中k个数据分组可存储,并且具有m个输出端子,m个数据分组可以同时提供给具有m×n个输入端子和n个输出端子的空间开关。 根据包含在数据分组中的地址信号存储要被路由的数据分组存储在各个存储器中的存储地址,并存储在分配给输出线的队列缓冲存储器中。 队列缓冲存储器可由中央控制设备循环访问,用于提供可用的存储地址。 基于以这种方式提供的存储地址,中央控制设备一方面控制空间交换机的设置,另一方面控制来自缓冲存储器的数据分组的输出。