Internet of Underwater Things (IoUT) consists of numerous sensor nodes distributed in an
underwater area for sensing, collecting, processing information, and sending related …

Underwater wireless sensor networks (UWSNs) have become one of the enabling
technologies for the development of future ocean monitoring systems, where autonomous …

Abstract Internet of Underwater Things (IoUTs) deals in a resource-constrained environment
and has several open issues, challenges, and potential applications in both onshore and …

In this paper, we consider a two-tier communication scenario for the data transmission of
underwater sensor network. The underwater sensor nodes form single-hop clusters around …

The high latency of acoustic transmission in an Underwater Wireless Sensor Network
(UWSN) allows multiple transmitters at different distances from the receiver to send …

In the field of exploration and monitoring the underwater environment, the Internet of
Underwater Things (IoUT) shows a significant influence nowadays. Due to the challenging …

The inherent high-latency feature of acoustic transmission within an Underwater Wireless
Sensor Network (UWSN) enables multiple transmitters at varying distances from the receiver …

In recent times, there is a paradigm shift to cloud services that offer on-demand computer
system resources, especially data storage and computing power. The main reason for the …

Collecting resources from the bottom of the ocean is a problem that hasn’ t been widely
addressed without the use of dredging. In this work, a system containing underwater and …