A Transportation Facilities Management Tree Model Based on IPv6

Zhiheng Li, Zuo Zhang, Qiang Chen, Yudong Chen
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Abstract

Transportation facilities management faces the challenge of huge amount of geographically dispersed facilities. Communication between them is one of the critical issues. Recent studies show that IT technology is one of efficient solutions. The development of IPv6 enables the possibility of connecting all the facilities to Internet with its large address space and improved performance in routing, mobility and safety. This paper presents a layered tree model of managing transportation facilities based on IPv6. According to the proposed model, different transportation facilities can be managed uniformly over the widely spread road network. And the paper discusses how the model structure is built, the management functions and the communication features based on the model. Then, a demo application is introduced to show that the tree structure is in accordance with next generation Internet thus could support for future ITS.
基于IPv6的交通设施管理树模型
交通设施管理面临着地理上分散的大量设施的挑战。他们之间的沟通是关键问题之一。最近的研究表明,信息技术是有效的解决方案之一。IPv6的发展使得所有的设施都可以连接到互联网上,它有很大的地址空间,并提高了路由、移动性和安全性的性能。提出了一种基于IPv6的分层树形交通设施管理模型。根据所提出的模型,不同的交通设施可以在广泛分布的道路网络上统一管理。并在此基础上讨论了该模型的结构、管理功能和通信特性。通过实例验证了该树形结构符合下一代互联网的要求,能够支持未来的智能交通系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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