The recent proliferation of the Industrial Internet of Things has revealed the potential of Low-
Power Wide-Area Networks as a complementary solution to cellular technologies. In this …

The shared medium and multihop nature of wireless multimedia sensor networks (WMSNs)
involving scalar and camera sensor (CS) nodes poses fundamental challenges to the …

LoRa networks represent a promising technology for Internet of Things applications due to
their long range, low cost, and energy efficiency. However, their ALOHA-based access …

LoRa is a low-power WAN technology designed for the Internet of Things. When large-scale
nodes are deployed in a LoRa network channel conflicts increase and packet transmission …

Abstract Long Range Wide Area Network (LoRaWAN) offers a wide range communication
with low power consumption at the cost of low throughput. Although this technology is well …

The minimal infrastructure requirements of LoRa make it suitable for deployments in remote
and disaster-stricken areas. Concomitantly, the modern era is witnessing the proliferation of …

Low power wide area networks are considerably focused to consume minimum power
though increasing a communication array for end policies. Numerous methods were …

The development of wireless technology, such as LoRa, has been very rapid recently, and
engineers and academics introduced this technology through various related research. This …

The Internet of Things is revolutionizing our daily lives by enabling numerous new
applications. Low Power Wide Area Network solutions are pivotal in this transformation …

Time-Slotted Medium Access Control protocols bring advantages to the scalability of LoRa
networks as an alternative to the ALOHA access method. However, such Time-Slotted …