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Novel scheduling algorithm for hybrid buffer structured optical packet switch

机译:混合缓存结构光分组交换的新调度算法

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We propose a novel scheduling algorithm for the optical packet switch (OPS) with a hybrid buffer consisting of a fiber delay line (FDL) buffer and a shared electronic buffer, for contention resolution of asynchronous variable length packets. By employing the end of each channel together with the time intervals between the scheduled packets of each channel in the output line, simulation results showed that packet loss might be reduced significantly, resulting in a powerful reduction of the number of FDLs in the hybrid buffer. Also, the optimum number of electronic buffer inputs/outputs accompanied by O/E/O conversion was confirmed to be obtained for various loads. (c) 2005 Elsevier GmbH. All rights reserved.
机译:我们提出了一种用于光分组交换(OPS)的新型调度算法,该算法具有由光纤延迟线(FDL)缓冲区和共享电子缓冲区组成的混合缓冲区,用于异步可变长度数据包的竞争解决。通过使用每个通道的末尾以及输出线中每个通道的调度数据包之间的时间间隔,仿真结果表明,数据包丢失可能会大大减少,从而大大减少了混合缓冲区中FDL的数量。另外,对于各种负载,可以确定伴随O / E / O转换的最佳电子缓冲器输入/输出数量。 (c)2005 Elsevier GmbH。版权所有。

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