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An experimental distributed switching system to handle bursty computer traffic

机译:实验性的分布式交换系统,用于处理突发的计算机流量

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摘要

An experimental switching system has been built using commercially available integrated semiconductors to switch data. Data messages to be handled by the system may vary in bit rate (100 bits/sec - 4 × 106 bits/sec), message length, and rate of message occurrence.

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The system uses a synchronous transmission facility with a crystal stabilized clock rate of approximately 6 MHz. The signaling format chosen facilitates data interchange between a number of similar small sequential machines that share a common transmission facility. Efficient data transmission over common carrier systems requires a change in signal format at the channel inputs.

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Systems involving interconnected loops are discussed briefly; however, the traffic handling capacity of such systems must be analyzed to determine the memory requirements at the junction points. This paper is concerned primarily with the detailed organization of a single loop.

机译:

已经建立了使用商用集成半导体来交换数据的实验性交换系统。系统要处理的数据消息的比特率(100比特/秒-4×10 6 比特/秒),消息长度和消息发生率可能会有所不同。 rn < P>系统使用同步传输设备,其晶体稳定时钟速率约为6 MHz。选择的信令格式有助于在共享公用传输功能的多个类似小型顺序机之间进行数据交换。在普通载波系统上进行有效的数据传输需要在通道输入端改变信号格式。 rn

简要讨论了涉及互连环路的系统。但是,必须分析此类系统的流量处理能力,以确定连接点的内存需求。本文主要关注单个循环的详细组织。

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