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首页> 外文会议>International Conference on Cyber and IT Service Management >Routing protocol RIPng, OSPFv3, and EIGRP on IPv6 for video streaming services
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Routing protocol RIPng, OSPFv3, and EIGRP on IPv6 for video streaming services

机译：用于视频流服务的IPv6上的路由协议RIPng，OSPFv3和EIGRP

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The growing of the internet use is proportional with the growing of IP address needs, but the increasing of the IP use is not equal with the number of available IPv4. Then, IPv6 was developed as a solution to overcome the limited amount of IPv4 address. Readiness of various aspects ranging from infrastructure to a service provider is required to implement IPv6. In order to improve the quality of IPv6 networking services, the network management is very necessary; one of them is by using a routing protocol. This study used a routing protocol RIPng, OSPFv3, and EIGRP for IPv6 that have work way with different algorithms. We compared those routing protocolsusing Quality of Services criteria (delay, packet loss and throughput). The data collection method got from a literature and simulation method. They have 8 stages simulation (problem formulation, conceptual model, input/output data, modelling, simulation, verification/validation, experimentation, and output analysis) for streaming video services. The results of research was indicate that the EIGRP routing protocol has better Quality of Services criteria (delay, packet loss and throughput) than RIPng and OSPFv3 for video streaming services. Routing Protocol EIGRP has an average value of 14.2 ms delay, packet loss 2.5%, and the throughput of 714.1 Kbit/s.
机译：Internet使用的增长与IP地址需求的增长成比例，但是IP使用的增长与可用IPv4的数量不相等。然后，开发了IPv6作为解决方案，以克服IPv4地址数量有限的问题。实施IPv6需要从基础架构到服务提供商的各个方面的就绪性。为了提高IPv6网络服务的质量，网络管理是非常必要的。其中之一是通过使用路由协议。本研究使用了针对IPv6的路由协议RIPng，OSPFv3和EIGRP，它们可以与不同的算法一起工作。我们使用服务质量标准（延迟，数据包丢失和吞吐量）比较了这些路由协议。数据收集方法来自文献和模拟方法。它们具有8个阶段的流媒体视频服务模拟（问题制定，概念模型，输入/输出数据，建模，模拟，验证/确认，实验和输出分析）。研究结果表明，对于视频流服务，EIGRP路由协议具有比RIPng和OSPFv3更好的服务质量标准（延迟，数据包丢失和吞吐量）。路由协议EIGRP的平均值为14.2 ms的延迟，数据包丢失2.5％，吞吐量为714.1 Kbit / s。

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