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    • 1. 发明授权
    • System and method for creating N-times bandwidth from N separate
physical lines
    • 从N个独立物理线路创建N倍带宽的系统和方法
    • US5923667A
    • 1999-07-13
    • US807496
    • 1997-02-27
    • Clement PoiraudEdward SuffernSpiros Teleoglou
    • Clement PoiraudEdward SuffernSpiros Teleoglou
    • H04J3/06H04L25/14
    • H04L25/14H04J3/0611H04J3/0626H04J3/1641
    • A method and system aggregate data on multiple physically separate lower-speed E1/J1 channels of a communications network to generate higher bandwidth. A high speed data stream is first divided into lower bandwidth channels and transmitted through the network. The data arrives with varying delays depending on the physical characteristics of the network. Low bandwidth channels are aggregated together into a high bandwidth channel by determining the different geographical delay parameters among the lower speed channels, adjusting the transmission delays by alignment circuitry, and then combining the lower speed signals into one high bandwidth channel for the user. The transmission delay adjustment consists in adding a pseudo-random noise pattern to each of the lower bandwidth channels, measuring the time difference among all the channels, and then adjusting the time differences in the received data stream so that the combination of the signals produces a coherent higher bandwidth data stream. Because of the enhanced delay compensation mechanism, there is virtually no distance limitation in the transmission of data and if one of the lower physical telecommunication lines becomes inoperative, bandwidth recovery is provided.
    • 一种方法和系统在通信网络的多个物理上分离的低速E1 / J1信道上聚合数据,以产生更高的带宽。 高速数据流首先被划分为较低带宽信道并通过网络传输。 取决于网络的物理特性,数据具有不同的延迟。 通过确定低速信道之间的不同地理延迟参数,通过对准电路调整传输延迟,然后将低速信号组合成用于用户的一个高带宽信道,将低带宽信道聚合在一起成为高带宽信道。 传输延迟调整包括将伪随机噪声模式添加到每个较低带宽信道,测量所有信道之间的时间差,然后调整接收数据流中的时间差,使得信号的组合产生 相干更高带宽的数据流。 由于增强的延迟补偿机制,在数据传输中实际上没有距离限制,并且如果较低物理电信线路之一变得不可操作,则提供带宽恢复。