Acoustic focalization is a well known concept that aims at estimating source location through the adjustment of multiple environmental parameters. This paper uses the same concept for inverting water column sound speed in a blind fashion, where both source location and source emitted waveform are not known at the receiver - that is Blind Ocean Acoustic Tomography (BOAT). The results obtained with BOAT, using ship noise data received on a vertical line array in a shallow water area off the coast of Portugal, show that it is indeed possible to obtain reliable joint estimates of source location and water column sound speed. During that process, it was shown that source range and depth, and Bartlett power, where good indicators of the d...
In recent years, there has been an increased interest in passive ocean sensing. Commercial shipping ...
The ADVENT'99 sea trial took place in the area of the Adventure Bank in the Strait of Sicily during ...
A buoy field, specifically designed for shallow-water acoustic tomography, was deployed in a complex...
Acoustic focalization is a well known concept that aims at estimating source location through the a...
Acoustic focalization is a well known concept that aims at estimating source location through the ad...
Blind Ocean Acoustic Tomography (BOAT) is an ocean remote exploration concept similar to acoustic to...
Despite the advantages clearly demonstrated by ocean acoustic tomography OAT when compared to othe...
Invert acoustic data using sparse arrays - at the limit with a single hydrophone - is a challenging...
Introduction: Parameter mismatch poses a challenge to source localization in cases involving environ...
This paper presents the first results of an imaging technique that measures the geoacoustic structur...
In this paper the Passive Ocean Acoustic Tomography (P-OAT) methodology is presented. This technique...
Controlled acoustic sources have typically been used for imaging the ocean. These sources can either...
One of the most stringent impairments in matched-field processing is the impact of missing or errone...
In October 2000, SiPLAB and the Instituto Hidrografico (IH - PN) conducted the IN-TIFANTE'00 sea tri...
One of the currently exciting areas in SONAR research is in the use of acoustic channel models to i...
In recent years, there has been an increased interest in passive ocean sensing. Commercial shipping ...
The ADVENT'99 sea trial took place in the area of the Adventure Bank in the Strait of Sicily during ...
A buoy field, specifically designed for shallow-water acoustic tomography, was deployed in a complex...
Acoustic focalization is a well known concept that aims at estimating source location through the a...
Acoustic focalization is a well known concept that aims at estimating source location through the ad...
Blind Ocean Acoustic Tomography (BOAT) is an ocean remote exploration concept similar to acoustic to...
Despite the advantages clearly demonstrated by ocean acoustic tomography OAT when compared to othe...
Invert acoustic data using sparse arrays - at the limit with a single hydrophone - is a challenging...
Introduction: Parameter mismatch poses a challenge to source localization in cases involving environ...
This paper presents the first results of an imaging technique that measures the geoacoustic structur...
In this paper the Passive Ocean Acoustic Tomography (P-OAT) methodology is presented. This technique...
Controlled acoustic sources have typically been used for imaging the ocean. These sources can either...
One of the most stringent impairments in matched-field processing is the impact of missing or errone...
In October 2000, SiPLAB and the Instituto Hidrografico (IH - PN) conducted the IN-TIFANTE'00 sea tri...
One of the currently exciting areas in SONAR research is in the use of acoustic channel models to i...
In recent years, there has been an increased interest in passive ocean sensing. Commercial shipping ...
The ADVENT'99 sea trial took place in the area of the Adventure Bank in the Strait of Sicily during ...
A buoy field, specifically designed for shallow-water acoustic tomography, was deployed in a complex...