A mobile wireless sensor network (M-WSN) consists of sensors equipped with locomotive
platforms to allow movement after initial deployment. M-WSNs are useful for environments …

Covering about three quarters of the surface area of the earth, the ocean is a critical source
of sustenance, medicine, and commerce. However, such vast expanse in both surface area …

Cabled ocean observatories (COOs) have enabled real-time in situ ocean observations for
decades, thereby facilitating oceanic understanding and exploration. This review discusses …

摘要海底观测网的供电系统保护问题是海底观测网技术发展所面临的难点之一.
负极恒压海底观测网供电系统拓扑结构复杂, 故障区段判别困难, 故障电流增长迅速 …

Cabled underwater information networks (CUINs) have evolved over the last decade to
provide abundant power and broad bandwidth communication to enable marine science. To …

Cabled ocean observatory systems that provide abundant power and broad bandwidth
communication enabling undersea science have been evolving during the last decade. To …

Low frequency transmission system (LFTS) has become a competitive method for long-
distance offshore wind power transmission. However, traditional protections based on the …

Subsea observation networks have gradually become the main means of deep-sea
exploration. The reliability of the observation network is greatly affected by the severe …

Cabled underwater information networks (CUINs) have evolved over the last decade to
provide abundant power and broad bandwidth communication to enable marine science. To …

Understanding the ocean is critical to humans; long-term observation is the key. The ocean,
whose average depth is about 3800m, covers approximately 70% of the terrestrial surface …