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    • 2. 发明授权
    • Method and system for increasing bandwidth capacity utilization
    • 增加带宽容量利用率的方法和系统
    • US06914941B1
    • 2005-07-05
    • US09704530
    • 2000-11-03
    • Joseph MosheIsrael Vitelson
    • Joseph MosheIsrael Vitelson
    • H04L5/00H04J3/00H04J3/16H04L7/033H04K1/10
    • H04J3/1641
    • A method for increasing bandwidth utilization of a transmission channel having a first bandwidth capacity and operative at a first transmission rate, the method including the steps of providing one or more input bit streams each having a transmission rate that does not exceed that of the first transmission rate, dividing the one or more input bit streams into a plurality of sub-streams, each having a bandwidth lower than the first bandwidth capacity, selecting a group of sub-streams out of the plurality of sub-streams which group has a combined bandwidth just lower than the first bandwidth capacity, carrying the selected group of sub-streams over the transmission channel, and assembling the selected group of sub-streams into an output bit stream.
    • 一种用于增加具有第一带宽容量并以第一传输速率工作的传输信道的带宽利用率的方法,所述方法包括以下步骤:提供每个具有不超过第一传输速率的传输速率的一个或多个输入比特流 将所述一个或多个输入比特流划分为多个子流,每个子流具有低于所述第一带宽容量的带宽;从所述多个子流中选择一组具有组合带宽的子流 刚好低于第一带宽容量,通过传输信道携带所选择的一组子流,以及将所选择的一组子流组合成输出比特流。
    • 3. 发明授权
    • Transparent switching fabric for multi-gigabit transport
    • 透明交换矩阵用于多吉比特传输
    • US07948975B2
    • 2011-05-24
    • US12395720
    • 2009-03-02
    • Ruben Gabriel MarkusIsrael VitelsonJoseph Moshe
    • Ruben Gabriel MarkusIsrael VitelsonJoseph Moshe
    • H04L12/50H04Q11/00
    • H04J3/1652H04L49/1523
    • A communication apparatus includes at least one input port, multiple output ports, at least one Serial-to-Parallel (S/P) converter and at least one Parallel-to-Serial (P/S) converter. The S/P converter is operative to receive from the input port an input data stream that is to be cross-connected to a destination output port, and to separate the input data stream into multiple sub-streams. Each of the switching planes includes at least one input for receiving a respective sub-stream from the S/P converter; multiple outputs, each output associated with a respective one of the output ports; and switching circuitry, which is configured to switch the respective sub-stream to the output that is associated with the destination output port. The P/S converter is coupled to the outputs of the switching planes so as to combine the multiple sub-streams switched by the switching circuitry into a combined output data stream at the destination output port.
    • 通信装置包括至少一个输入端口,多个输出端口,至少一个串行到并行(S / P)转换器和至少一个并行到串行(P / S)转换器。 S / P转换器可操作以从输入端口接收将被交叉连接到目的地输出端口的输入数据流,并将输入数据流分离成多个子流。 每个切换平面包括用于从S / P转换器接收相应子流的至少一个输入; 多个输出,每个输出与相应的输出端口相关联; 以及切换电路,其被配置为将相应子流切换到与目的地输出端口相关联的输出。 P / S转换器耦合到开关平面的输出,以便将由开关电路切换的多个子流组合成目的地输出端口的组合输出数据流。
    • 4. 发明授权
    • Electronic digital cross-connect system having bipolar violation
transparency
    • 电子数字交叉连接系统具有双极性违规透明度
    • US5193087A
    • 1993-03-09
    • US524930
    • 1990-05-18
    • Avi LichtashIsrael VitelsonZvi HunaReuven MarkusMichal NosatzkiBaruch GutmanShlomo OrbachRafi TalerYossi MosheLeon BruckmanGideon Agmon
    • Avi LichtashIsrael VitelsonZvi HunaReuven MarkusMichal NosatzkiBaruch GutmanShlomo OrbachRafi TalerYossi MosheLeon BruckmanGideon Agmon
    • H04Q11/04
    • H04Q11/04
    • An electronic digital signal cross-connect system (EDSX) is provided which includes a plurality of input terminals for respectively receiving bipolar 3-level input signals having a predetermined bit rate, and a plurality of output terminals for respectively providing bipolar 3-level output signals having the same predetermined bit rate. An interface circuit is provided which has an input section coupled to the input terminals to receive the bipolar 3-level input signals and an output section coupled to the output terminals to output the bipolar 3-level output signals. The input section of the interface circuit is constructed to include converting circuitry for converting the bipolar 3-level input signals into predetermined coded signals. Correspondingly, the output section of the interface circuit includes converting circuitry for decoding the predetermined coded signals into bipolar 3-level output signals. A switching matrix having a plurality of switching units is arranged between the input section and output section of the interface circuit. A control unit is coupled to the switching matrix to control the switching units in a manner to couple predetermined ones of the inputs of the switching matrix to predetermined ones of the outputs of the switching matrix. By virtue of this control of the switching units of the switching matrix, the cross-connection between input terminals receiving bipolar 3-level input signals and output terminals providing bipolar 3-level output signals is controlled. Further, by virtue of the coding arrangement used in the present invention, the EDSX is transparent to any bipolar violations which may exist in the bipolar 3-level input signals.
    • 提供了一种电子数字信号交叉连接系统(EDSX),其包括用于分别接收具有预定比特率的双极3电平输入信号的多个输入端子和用于分别提供双极3电平输出信号的多个输出端子 具有相同的预定比特率。 提供了一种接口电路,其具有耦合到输入端子的输入部分以接收双极3电平输入信号,以及耦合到输出端子的输出部分以输出双极3电平输出信号。 接口电路的输入部分被构造为包括用于将双极性3电平输入信号转换成预定编码信号的转换电路。 相应地,接口电路的输出部分包括用于将预定编码信号解码为双极3电平输出信号的转换电路。 具有多个开关单元的开关矩阵布置在接口电路的输入部分和输出部分之间。 控制单元耦合到开关矩阵以以将交换矩阵的预定输入端与预定的开关矩阵的输出相耦合的方式控制开关单元。 通过对开关矩阵的开关单元的这种控制,控制接收双极性3电平输入信号的输入端子与提供双极性3电平输出信号的输出端子之间的交叉连接。 此外,借助于本发明中使用的编码方案,EDSX对于双极3级输入信号中可能存在的任何双极性违规都是透明的。