Nowadays, the low-power long-range networks are required for the Internet of Things
applications, in which devices can transmit data over long distances and consume low …

Long Range (LORA) is a device capable of communicating remotely with LPWAN
topologies. LPWAN cannot do multi-hop so this research needed to be done. There are …

Up to recently, two main approaches were used for connecting the “things” in the growing
Internet of Things (IoT)-one based on multi-hop mesh networks, using short-range …

LPWAN technologies are playing a major role in the IoT scenario due to their extensive
radio range, use of free frequency bands, and low energy consumption. Among these …

In recent years, LPWAN technologies play a major role in the IoT field due to their wide radio
range, use of free frequency bands and low power consumption. Among these technologies …

LoRa technology endows unprecedented ability to connect isolated geographical
landscapes and build community networks that serve specific purposes. As the network …

Abstract LoRa (Long Range) has been developed as an attractive IoT (Internet of Things)
access network technology in terms of long distance and low power consumption …

In this paper, we consider the LoRa technology to expand sensor network coverage in smart
sustainable cities. A model of a LoRa mesh network is proposed using the AODV protocol in …

The LoRa communication standard allows to transmit data in radio networks over distances
of few kilometers. Although the LoRa WAN protocol assumes the use of ALOHA channel …

A limitation of current LoRa networks is their single-hop nature. This causes difficulties in
areas with poor Internet access, such as remote rural areas, or challenging radio …