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Improvement Security for RuBee Radio-WiMAX Mesh Networks

机译:RuBee无线电-WiMAX网状网络的改进安全性

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摘要

Next generation communication standard integrate various access networks technology to become mesh networks. One of air interface standard is metropolitan area wireless broadband service. IEEE 802.16 is the basis for Worldwide Interoperability for Microwave Access (WiMAX) certification which is the next evolution in wireless technology. In this paper we aim for new tag technology RuBee (IEEE 1902.1) to surf networks by WiMAX. The RuBee tag has very slow baud and 131 kHz as an operating frequency that cannot transmission immediately. We propose the GAP (Gateway Access Point) to transfer data between RuBee radio and WiMAX. Furthermore, the AAA problems improve in the two air-interface standards. There are several advantages such as GAP sort RuBee tags by Group Identity Key and raise the efficiency with roaming. On the other hand, RuBee tags have limited power and computing. Therefore, in this paper choice cookie for AAA function of RuBee tags.
机译:下一代通信标准集成了各种接入网络技术,成为网状网络。空中接口标准之一是城域无线宽带服务。 IEEE 802.16是全球微波访问互操作性(WiMAX)认证的基础,该认证是无线技术的下一步发展。在本文中,我们旨在采用WiMAX在网络上冲浪的新型标签技术RuBee(IEEE 1902.1)。 RuBee标签的波特率非常慢,并且131 kHz作为无法立即传输的工作频率。我们建议使用GAP(网关接入点)在RuBee无线电和WiMAX之间传输数据。此外,在两个空中接口标准中,AAA问题得到了改善。有几个优点,例如,通过组身份密钥对GAP排序RuBee标签,并提高了漫游效率。另一方面,RuBee标签的功能和计算能力有限。因此,本文选择RuBee标签具有AAA功能的cookie。

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