Computer vision has been applied to fish recognition for at least three decades. With the
inception of deep learning techniques in the early 2010s, the use of digital images grew …

Fish are key members of marine ecosystems, and they have a significant share in the
healthy human diet. Besides, fish abundance is an excellent indicator of water quality, as …

Mobile underwater cameras, diver-operated or on underwater vehicles, have become
popular for monitoring fisheries. Replacing divers with cameras has clear advantages, such …

The purpose of this research study is determining that artificial intelligence applications
related to the fish classification also that taxonomy. Research describes that aquatic …

Vessel electronic monitoring (EM) systems used in fisheries around the world apply a variety
of cameras to record catch as it is brought on deck and during fish processing activities. In …

To efficiently monitor the growth and evolution of a particular wildlife population, one of the
fundamental challenges to address in animal ecology is the re-identification of individuals …

Accurate assessment of high-density underwater fish resources is vital to the aquaculture
industry. It is directly related to the formulation of fishery insurance strategies and the …

The development of surface area and estimated volume measurements for water reservoirs
using advanced computational techniques has become an increasingly important task for …

For the purpose of monitoring fish health, managing aquaculture, and comprehending
marine ecology, there is a growing interest in the automatic classification of different fish …

Digital aquaculture leverages advanced technologies and data-driven methods, providing
substantial benefits over traditional aquaculture practices. Fish tracking, counting, and …