In this paper, we propose a new stereo measurement method of objects in liquid whose refractive index is unknown. In recent years, demands for underwater tasks, such as digging of ocean bottom resources, exploration of aquatic environments, rescues, and salvages, have increased. Therefore
3D measurement of underwater targets could recover 3D morphology of objects/scenes in water, which h...
Current research on underwater 3D imaging methods is mainly addressing long range applications like ...
Water is one of the unique objects in nature. In computer vision applications, object identification...
In many remote sensing applications the detailed shape of a water surface must be determined instant...
Handling refractive effects in computer vision disciplines like underwater stereo camera system cali...
In this paper, we propose a novel technique to reconstruct 3D surface of an underwater object using ...
A new experimental technique is proposed to determine refractive indices of liquids and isotropic so...
A new and simple method for measuring the refractive index of liquid substances is presented. In thi...
In this work we show the principle of optical 3D surface measurements based on the fringe projection...
Photometric stereo offers the possibility of object shape reconstruction via reasoning about the amo...
Abstract.Underwater imaging is an important method to discover and study deep sea life. However, the...
Developing a technique for underwater robot vision is a key factor in establishing autonomy in under...
Underwater inspections stand to gain from using stereo imaging systems to collect three-dimensional ...
Images of underwater scenes suffer from poor contrast. Water-induced contrast decay varies across th...
A single-camera synthetic Schlieren method is introduced here to measure two-dimensional topography ...
3D measurement of underwater targets could recover 3D morphology of objects/scenes in water, which h...
Current research on underwater 3D imaging methods is mainly addressing long range applications like ...
Water is one of the unique objects in nature. In computer vision applications, object identification...
In many remote sensing applications the detailed shape of a water surface must be determined instant...
Handling refractive effects in computer vision disciplines like underwater stereo camera system cali...
In this paper, we propose a novel technique to reconstruct 3D surface of an underwater object using ...
A new experimental technique is proposed to determine refractive indices of liquids and isotropic so...
A new and simple method for measuring the refractive index of liquid substances is presented. In thi...
In this work we show the principle of optical 3D surface measurements based on the fringe projection...
Photometric stereo offers the possibility of object shape reconstruction via reasoning about the amo...
Abstract.Underwater imaging is an important method to discover and study deep sea life. However, the...
Developing a technique for underwater robot vision is a key factor in establishing autonomy in under...
Underwater inspections stand to gain from using stereo imaging systems to collect three-dimensional ...
Images of underwater scenes suffer from poor contrast. Water-induced contrast decay varies across th...
A single-camera synthetic Schlieren method is introduced here to measure two-dimensional topography ...
3D measurement of underwater targets could recover 3D morphology of objects/scenes in water, which h...
Current research on underwater 3D imaging methods is mainly addressing long range applications like ...
Water is one of the unique objects in nature. In computer vision applications, object identification...