When choosing the technology options to develop a wireless sensor network (WSN), it is
vital that their performance levels can be assessed for the type of application intended. This …

The sensing capabilities of networked sensors are affected by environmental factors in real
deployment and it is imperative to have practical considerations at the design stage in order …

In this paper, the estimation of a scalar field over a bidimensional scenario (eg, the
atmospheric pressure in a wide area) through a self-organizing wireless sensor network …

This work is motivated by the problem of characterizing small-scale radio propagation
environments for wireless sensor networks. If sensors are statically deployed near the …

Historically, wireless sensor networks have mainly addressed military applications.
However, in recent years, many civilian applications, such as managing inventory …

LoRa systems are emerging as a promising technology for wireless sensor networks due to
their exceptional range and low power consumption. The successful deployment of LoRa …

The estimation of the received signal strength inside forest environments is very dependent
on the vegetation density. However, most published empirical models only provide …

Wireless propagation loss modeling has gained significant attention due to its critical
importance in forthcoming dynamic wireless technologies. Stochastic and map-based …

Herein, we present two new techniques that maintain QoS in a wireless sensor network
even as sensors and base-stations die off. The first technique extends an earlier Gur game …

Near-ground channel characterization is an important issue in most military applications of
wireless sensor networks. However, the channel at the ground level lacks characterization …