Many fish species depend on migration for various parts of their life cycle. Well‐known
examples include diadromous fish such as salmon and eels that need both fresh water and …

Any phenomenon in nature is potential to be an inspiration for us to propose new ideas.
Lateral line is a typical example which has attracted more interest in recent years. With the …

Lateral line is a system of sense organs that can aid fishes to maneuver in a dark
environment. Artificial lateral line (ALL) imitates the structure of lateral line in fishes and …

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 …

Hydropeaking is the rapid change in the water flow downstream of a hydropower plant,
driven by changes in daily electricity demand. These fluctuations may produce negative …

Velocity estimation is central for the reliable navigation of autonomous underwater vehicles
(AUVs). Doppler velocity logs (DVLs), currently the leading technology for underwater …

Fish can perceive the surrounding flow field using their lateral line systems, consisting of
canal neuromasts (CNs) for flow pressure gradient perception and superficial neuromasts …

Taking advantage of the lateral line organ, fish can navigate, feed, and avoid predators and
obstacles by sensing surrounding flow fields. The lateral line organ provides an important …

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 organs of fish present a promising idea for achieving near-field target
awareness. Inspired by the localization of targets by fish, a neural network approach to …