LoRa networks have been deployed in many orchards for environmental monitoring and
crop management. An accurate propagation model is essential for efficiently deploying a …

The sixth-generation communication networks aim to integrate space, air, and ground
communications into a robust network. However, maritime communications are confronted …

Maritime communications, including inland waterways and sea communications, are key
technologies for ensuring communication and navigational safety during maritime activities …

Low-power Internet of Things (IoT) sensing nodes can be deployed on the surface of
different water bodies for various purposes, including water quality monitoring and pollution …

The Blue Economy has been growing in sectors such as offshore renewable energy,
aquaculture, marine biotechnology, and deep sea mining. However, suitable wireless and …

In this work, we focus on the Vehicle-to-Vehicle (V2V) radio channel characteristics of two
vehicles meeting under the same direction condition and the opposite direction condition …

With the development of fifth generation (5G) mobile communication, unmanned vehicles
have become more and more popular, with unmanned aerial vehicles (UAVs) and …

Due to the influence of sparse scattering, wave movement and variable climate, maritime
wireless channel modeling is particularly difficult. In this letter, a maritime channel …

Internet of things (IoT), to Arctic Ocean areas using Low Earth Orbit (LEO) satellites for
communication to and from sensor units on the sea, has become increasingly important. It is …

The radio propagation loss prediction model is essential for maritime communication. The
oceanic tropospheric duct is much more complicated than the atmospheric structure on land …