印尼hub通信网络设计

S. Haryadi, Jalu Ahmad Dirgantoro
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引用次数: 0

摘要

Hubber[5]通信网络在印尼目前从未存在过。本文报道了一种可作为枢纽通信网络的国家骨干网的设计。基于节点、链路或路由流量等抽象组件,使用Net2plan软件进行设计和仿真。这种设计几乎适用于所有技术。模拟结果显示,一个枢纽通信网络在印度尼西亚需要15个有利位置,即棉兰、巨港、Pontianak、Banjarmasin、雅加达1号、雅加达2号、雅加达3号、万隆、日惹、泗水、登巴萨、望加锡、万鸦老、安汶和比亚克。提供的流量为18.372 Tbps,点对点延迟最大为32 ms,平均网络延迟为7.71 ms,使该网络能够满足IP实时语音和视频需求的增长。
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Design of Indonesian hubber communication network
Hubber [5] Communication Network in Indonesia currently has never existed. This paper reports the design of the national backbone network that can be used as a hubber communication network. Design and simulation using software Net2plan, based on abstract components such as nodes, links or route traffic. The design allows to be applied in almost every technology. Results of the simulation, a hubber communication network in Indonesia require 15 vantage point, namely Medan, Palembang, Pontianak, Banjarmasin, Jakarta 1, Jakarta 2, 3 Jakarta, Bandung, Yogyakarta, Surabaya, Denpasar, Makassar, Manado, Ambon and Biak. The offered traffic of 18.372 Tbps, delay point-to-point with the largest is 32 ms average network delay is 7.71 ms that makes this network is able to follow the growth of demand for real time voice and video over IP.
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