In many remote-sensing applications, measured data are a strong function of the
environment in which they are collected. This paper introduces a new context-dependent …

A robust and flexible technique to segment seafloor acoustic mapping data by analyzing co-
located bathymetric digital elevation models and acoustic backscatter mosaics is presented …

Acoustic backscatter from multi-beam echo-sounder (MBES) and dual-frequency single-
beam echo-sounding systems (SBES) operable at 95kHz and 33/210kHz, respectively, were …

This letter involves multifractal characterization of pockmark seepage associated seafloor
along the central part of the western continental margin of India. Six representative blocks of …

Sediment properties are known to influence acoustic backscatter intensity. This sediment‐
acoustic relationship has been investigated previously through using physical geoacoustic …

The exploitation of sound as a remote sensing platform for environmental monitoring is a
novel avenue for detecting changes in subsurface temperatures and properties in …

Sediment geoacoustic inversion results are estimated employing a multi-beam (MB) echo-
sounding system operable at 95 kHz. To characterize the western continental shelf of India …

This paper presents an in-situ active acoustic detection system that can detect and locate the
subsea gas plumes simultaneously using a transceiver of an ultra-short baseline (USBL) …

The modern discrimination of sediment is based on acoustic intensity (backscatter)
information from high-resolution multibeam echo-sounder systems (MBES). The …

The multi-beam echo sounder system can not only obtain high-precision seabed bathymetry
data, but also obtain high-resolution seabed backscatter strength data. A number of studies …