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GPON-based transmission hierarchy for metro ring networks

机译:城域网的基于GPON的传输层次

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摘要

Nowadays, almost all of metro network operators face the challenge that how to give a uniform support to multiple client networks, and meanwhile increase traffic's transmission efficiency. In an attempt to address this problem, here we first propose a gigabit passive optical network (GPON) based transmis-sion hierarchy (GTH) for metro networks, by modifying the frame structures and application scenarios of traditional GPON technology. Then we study the GTH technology by analyzing the network operat-ing principles and dynamic bandwidth allocation mechanisms. In order to evaluate GTH's performance, we build a simulation testbed for metro ring networks, and compare GTH with multi-service transport platform (MSTP) and technologies of packet transport network (PTN). Simulation results show that for transmission efficiency, GTH outperforms MSTP and is comparable to PTN. Furthermore, each time point of network expansion in GTH networks is further than it is in MSTP and PTN networks.
机译:如今,几乎所有的城域网运营商都面临着如何为多个客户端网络提供统一支持,同时提高流量传输效率的挑战。为了解决这个问题,在这里我们首先通过修改传统GPON技术的帧结构和应用场景,为城域网提出基于千兆位无源光网络(GPON)的传输层级(GTH)。然后,我们通过分析网络工作原理和动态带宽分配机制来研究GTH技术。为了评估GTH的性能,我们为城域网构建了一个模拟测试平台,并将GTH与多服务传输平台(MSTP)和分组传输网络(PTN)技术进行了比较。仿真结果表明,在传输效率方面,GTH优于MSTP,可与PTN媲美。此外,GTH网络中网络扩展的每个时间点都比MSTP和PTN网络中的每个时间点都远。

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