Concern about the effects of maritime vessel collisions with marine animals is increasing
worldwide. To date, most scientific publications on this topic have focused on the collisions …

The utilization of machine learning in analyzing ship radiated noise (SR-N) is undergoing
rapid evolution. Because the omnipresent background noise strongly depends on the highly …

Three approaches for instantaneous wide-area analysis of ship-radiated underwater sound,
each focusing on a different aspect of that sound, received on a large-aperture densely …

The time-dependent spectral characteristics of underwater sound radiated by an ocean
vessel has complex dependencies on ship machinery, propeller dynamics, hydrodynamics …

Ship radiated noise is an important information source of underwater acoustic targets, and it
is of great significance to the identification and classification of ship targets. However, there …

The transmission of huge propeller signals via underwater wireless networks has high
energy consumption, and conventional compression methods based on Nyquist sampling …

The passive ocean acoustic waveguide remote sensing (POAWRS) technique is employed
to detect and characterize the underwater sound radiated from three scientific research and …

Lymph metastases and malign lymph are those diseases which late diagnosis can cause
leukemia, but timely diagnosis has a great effect on their treatment. In this paper, data …

In response to the global megatrends of digitalization and transportation automation, Turku
University of Applied Sciences has developed a test platform to advance autonomous …

Sound emissions by ships and boats can strongly impact marine life, with potential to affect
communications, breeding and prey and predator relationships. Automatic detection of boat …