A novel concept of camera modelling for underwater 3D measurements based on stereo
camera utilisation is introduced. The geometrical description of the ray course subject to …

A planar array of sensors and beamforming algorithms are required for underwater 3-D
acoustic imaging system. However, due to limited aperture and sensor numbers …

Abstract Three-dimensional (3D) imaging sonars are becoming increasingly important for
ocean investigation and exploitation. To date, 3D imaging sonars employ a conventional …

Most works that address 2-D array ultrasonic transducers for underwater applications are
about the geometry aspects of the array and beamforming techniques to make 3-D images …

Compressive sensing (CS) is a promising technique recognized for its merits in recovering
sparse signals with enhanced resolution entailing specific constraints. In recasting the CS …

Compressive beamforming has been successfully applied to direction-of-arrival estimation
with sensor arrays. The results demonstrated that this technique achieves superior …

Ocean exploration using acoustical 3D imaging is gaining popularity as it provides
information about the 3D geometry of the targets even under mild turbid conditions. A major …

Underwater acoustical imaging is fast becoming a popular option for ocean exploration.
However, it is very challenging and expensive to conduct elaborate experiments to validate …

Motion compensation using joint-sub-band phase unwrapping for synthetic aperture sonar |
JASA Express Letters | AIP Publishing Skip to Main Content Umbrella Alt Text Umbrella Alt Text …

Most works that address 2-D array ultrasonic transducers for underwater applications are
about the geometry aspects of the array and beamforming techniques to make 3-D images …