River fragmentation is an increasing issue for water managers and conservationists. Barriers
such as dams interfere with freshwater fish migration, leading to drastic population declines …

Attitude perception for autonomous underwater vehicles (AUVs) is a challenging task. Most
of existing sensor systems are unable to detect the navigation attitude of AUVs while at the …

The lateral line system is a sensory system unique to fishes and amphibians. It is composed
of distributed mechanosensory hair cell organs on the head and body (neuromasts), which …

Computational fluid dynamics (CFD) provides a powerful numerical tool to simulate and
study many of the complex fluid-body interactions experienced by freshwater fish. However …

A novel study that focuses on the capacity of vegetation to provide shelter for fish species
under hydropeaking regimes is presented. Two artificial patches mimicking the structure and …

The lateral line system provides fish with advanced mechanoreception over a wide range of
flow conditions. Inspired by the abilities of their biological counterparts, artificial lateral lines …

Artificial lateral line is a multi-sensor system, mimicking the lateral line of fish to perceive the
parameters of flow field. However, it can easily lead to information loss or redundancy with …

This paper introduces the near-field detection system of an underwater robot based on the
fish lateral line. Inspired by the perception mechanism of fish's lateral line, the aim is to add …

Smart environmental monitoring networks are a growing part of the Internet of Things (IoT).
They are useful to detect, forecast and assess human impacts on the environment as well as …

The time-averaged velocity of water flow is the most commonly measured metric for both
laboratory and field applications. Its employment in scientific and engineering studies often …