This newest edition adds new material to all chapters, especially in mathematical
propagation models and special applications and inverse techniques. It has updated …

A coiled Helmholtz cavity acoustic metamaterial structure, which consists of three perforated
plates, two channel layers and an air back cavity, is designed to address the problem of poor …

Nowadays, the increasingly complex and changeable marine environment makes the
signals received by the underwater sensing equipment not only contain the weak signals …

Radiated underwater noise of a trawler has been measured with the purpose of
investigating the characteristics of the radiated noise of fishing vessels in order to …

Increased human activities in the marine environment in recent years have caused a
significant general increase in ocean noise level, raising concerns over its impact on marine …

One of the most complex environment for the data transmission is the underwater channel. It
suffers frequency selective deep fading with serious multi path time delay. The channel also …

Sensing underwater information has become particularly important to obtain information
about the marine environment and target characteristics. At present, most interference …

A method to predict spatial variations in the peak pressure level of impulsive low frequency
anthropogenic signal propagating in marine environments is presented. The method is …