LoRa spreading factor choices balance coverage and capacity needs
Spreading Factor Assignment Strategy for Coverage and Capacity Flexible Tradeoff
Networking and Internet Architecture
Summary
LoRa is a technology that allows many devices to send data over long distances while using very little power. The paper looks at how to assign different spreading factors, which are settings that affect communication range and speed. By adjusting these factors, the system can better balance covering a wide area or serving more devices at once. The authors analyze different strategies for this tradeoff to improve LoRa network efficiency.
What this means in practice
- •For internet of things engineers: Configure LoRa networks to optimize device connectivity by balancing area coverage and the number of devices served.
- •For smart city network planners: Design city-wide sensor deployments that maintain reliable data collection while supporting large device counts.
Authors
Luiz Filho, Alvaro Medeiros, Jéssika Silva, Vicente Angelo de Sousa Junior, Níbia Bezerra
Abstract
LoRa is a physical layer technology with the ability to connect multiple devices in a wide area of coverage, with low power consumption and with interference robustness. In this Letter, we investigate the efficiency of LoRa to send multiple uplink streams, analyzing strategies of allocating the spreading factor for coverage or capacity enhancement.