Building Backhaul Networks for Rural Area Connectivity towards the Fourth Industrial Revolution

S. Sheikh, Nadhir Ben Halima
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Abstract

The fourth industrial revolution (4IR) is expected to change our lives. One of the main players towards 4IR will be Internet of Things (IoT). The main limiting factor for minimum IoT application implementation in Sub-Saharan Africa rural areas is that many areas do not have communication infrastructures mainly due to budget constraints. Recently Long Range (LoRA) has been gaining research for such applications. In this paper we present the concept that multi-hop networks based on IEEE802.11 and Schedule before Contention Scheduling strategies can also provide backhaul communication infrastructure. The use of the RWS-AGE Strategy tested in multi-hop networks in this paper has shown a reduction in the number of collisions, packet loss and end-to-end latency compared to Enhanced Distributed Channel Access (EDCA).
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建设面向第四次工业革命的农村互联互通回程网络
第四次工业革命(4IR)有望改变我们的生活。第四次工业革命的主要参与者之一将是物联网(IoT)。撒哈拉以南非洲农村地区物联网应用实施最低限度的主要限制因素是,由于预算限制,许多地区没有通信基础设施。近年来,远程(LoRA)技术在这方面的应用得到了越来越多的研究。本文提出了基于IEEE802.11的多跳网络和先调度后竞争调度策略也可以提供回程通信基础设施的概念。本文中在多跳网络中测试的RWS-AGE策略的使用表明,与增强分布式通道访问(EDCA)相比,冲突、数据包丢失和端到端延迟的数量有所减少。
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