Interoperability procedures between access technologies using IEEE 802.21

Alexandra Vulpe, S. Obreja, O. Fratu
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引用次数: 11

Abstract

Next generation wireless communication will integrate the heterogeneous wireless technologies in order to provide better services, with improved quality, higher coverage, and seamless access to the system resources. Providing support for the connection transfer between different access technologies — vertical handover — together with radio resources management for the integrated networks are the major integration challenges. IEEE has introduced the 802.21 standard which provides a technology-independent abstraction layer. It provides a framework to be used as a starting point for the integrated wireless networks development. In this paper, a solution, built on the IEEE 802.21 — Media Independent Handover — framework is presented, along with some aspects related to the implementation of the system modules in QualNet simulator. The proposed system tries to offer a solution for both the vertical handover process and radio resource managemnet. The paper focuses on system functionalities evaluation for the vertical handover process implemented on a heterogeneous wireless network, implemented with WiMAX and WiFi technologies. The experiments were performed on a simulated platform implemented in QualNet.
使用IEEE 802.21的接入技术之间的互操作程序
下一代无线通信将集成异构无线技术,以提供更好的服务、更高的质量、更高的覆盖率和对系统资源的无缝访问。为不同接入技术之间的连接传输提供支持(垂直切换)以及集成网络的无线电资源管理是集成的主要挑战。IEEE引入了802.21标准,该标准提供了一个独立于技术的抽象层。它提供了一个框架,可以作为综合无线网络发展的起点。本文提出了一种基于IEEE 802.21(媒体独立切换)框架的解决方案,以及在QualNet模拟器中实现系统模块的一些相关方面。该系统试图为垂直切换过程和无线电资源管理提供一个解决方案。本文重点研究了在采用WiMAX和WiFi技术的异构无线网络上实现的垂直切换过程的系统功能评估。实验在QualNet实现的仿真平台上进行。
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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