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'SAPS' innovative system for the aerial altitude platform sky mesh network in rural disaster areas

机译:用于农村和灾区的高空平台空中网状网络的“ SAPS”创新系统

摘要

Communications play a significant role in rural and disaster situations since they provide critical information to audiences and organizations, during natural or unnatural disasters, disrupted communications that require a speedy deployment communication networks to carry out necessary relief, in fact, the traditional techniques fail to provide access to the Internet in rural and isolated areas.In order to improve the communication system performance in isolated areas an aerial altitude platform system (AAPS) could be used. But this mechanism has encountered problems of precariousness due to strong winds; this challenge hinders network deployment due to loss of the line of sight (LoS), so a smartudantenna platform system (SAPS) base station is suggested.In this paper we demonstrate, for the first time, that the SAPS system provides more stability and accuracy in transmission of radio signals by the use of 3-axis (accelerometer and gyroscope) sensors.The experimental analysis done in this work considers mesh networks and LoS between the mesh nodes with low weight, low costs and high performance.
机译:在自然和非自然灾害期间,通信在农村和灾难情况下起着至关重要的作用,因为它们向受众和组织提供关键信息,导致通信中断,需要快速部署通信网络来执行必要的救援,实际上,传统技术无法提供为了改善偏远地区的通信系统性能,可以使用空中高度平台系统(AAPS)。但是这种机制由于强风而遇到不稳定的问题。这一挑战由于视线(LoS)的丢失而阻碍了网络的部署,因此建议使用智能天线平台系统(SAPS)基站。在本文中,我们首次证明了SAPS系统提供了更高的稳定性。通过使用三轴(加速度计和陀螺仪)传感器来提高无线电信号的传输精度和准确性。这项工作进行的实验分析考虑了网格网络和网格节点之间的网状网络和低重量,低成本和高性能的LoS。

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