The software-defined networking paradigm enables wireless sensor networks as a
programmable and reconfigurable network to improve network management and efficiency …

Oceans cover about 72 percent of the Earth's atmosphere. Owing to distinct incredible
aquatic activities the Oceans remain unclear and deep-seated to investigate.“Underwater …

With the development of ocean research, communications from the air to underwater (eg,
aircraft to submarines) are especially important. However, the existing communication …

Internet of Underwater Things (IoUT) is a technological revolution that could mark a new era
for scientific, industrial, and military underwater applications. To mitigate the hostile …

This article focuses on the topology optimization problem to decrease transmission delay
and prolong network lifetime on the premise of reliable transmission in underwater wireless …

Underwater engineering significantly increases the liveability and sustainability of our
planet's ecosystems. Enhancing the connectivity of ocean-based engineering systems and …

The advances in developing the Internet of Underwater Things (IoUT) can lead to numerous
applications, namely, environmental monitoring, underwater navigation, and surveillance …

In recent years, the Internet of Underwater Things (IoUT) has emerged as a promising
technology to facilitate underwater exploration and enable to realize various types of …

Large-scale underwater wireless communications networks are gaining popularity because
they are a critical enabler for a variety of applications in the environmental, commercial, and …

At present, the key to underwater sensor network (UWSN) research is to provide
personalized network support for many underwater applications. In order to achieve this …