Demo: WIFI-WiMax vertical handover on an ARM-FPGA platform with partial reconfiguration

Mohamad-Al-Fadl Rihani, Jean-Christophe Prévotet, F. Nouvel, M. Mroué, Y. Mohanna
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Abstract

In recent wireless networks, end-nodes are capable of detecting the existence of multiple wireless standards. In this context, it becomes very interesting to design an on-line reconfigurable communication system controlled by a Vertical Handover Algorithm (VHA) that allows selecting the best available wireless standard. In this demo, we propose implementing the Partial Reconfiguration (PR) technique on a platform based on ARM-FPGA SoC device to apply vertical handover between two wireless communication standards; WIFI and Wimax. The demo simulates the mobility of an end-node in an WIFI-WiMax network on a GUI Interface connected to a ZedBoard. On the board, the VHA senses specific parameters and decides accordingly to reconfigure a unified chain before applying partial reconfiguration on the device.
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演示:部分重构的ARM-FPGA平台上WIFI-WiMax垂直切换
在当前的无线网络中,终端节点能够检测多个无线标准的存在。在这种情况下,设计一个由垂直切换算法(VHA)控制的在线可重构通信系统变得非常有趣,该系统允许选择最佳可用的无线标准。在本演示中,我们提出在基于ARM-FPGA SoC器件的平台上实现部分重构(PR)技术,以实现两种无线通信标准之间的垂直切换;WIFI和Wimax。该演示在连接到ZedBoard的GUI界面上模拟WIFI-WiMax网络中终端节点的移动性。在单板上,VHA感知到特定的参数后,决定对统一链进行重新配置,然后再对设备进行部分重新配置。
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