This paper presents a survey on optical sensors and methods for 3D reconstruction in underwater environments. The techniques to obtain range data have been listed and explained, together with the different sensor hardware that makes them possible. The literature has been reviewed, and a classification has been proposed for the existing solutions. New developments, commercial solutions and previous reviews in this topic have also been gathered and considered
A new calibration methodology for photogrammetric underwater stereo scanners is presented. By combin...
Abstract — The underwater environment presents many chal-lenges for robotic sensing including highly...
International audienceAbstract. During underwater investigations, whatever the mission objective and...
This paper presents a survey on optical sensors and methods for 3D reconstruction in underwater envi...
[eng] This paper presents a survey on optical sensors and methods for 3D reconstruction in underwate...
In this paper we describe experiments in which we acquire range images of underwater surfaces with f...
Underwater range scanning techniques are starting to gain interest in underwater exploration, provid...
In this work we show the principle of optical 3D surface measurements based on the fringe projection...
In this work we show the principle of optical 3D surface measurements based on the fringe projection...
In this study, we introduce a new calibration method for underwater optical stereo scanners. It uses...
In this study, we introduce a new calibration method for underwater optical stereo scanners. It uses...
A new, handheld 3D surface scanner was developed especially for underwater use until a diving depth ...
Vision systems are becoming popular as a method of gathering information and stimuli from a robot\u2...
Stereo vision and structured light are compared in a common underwater environment with known dimens...
International audienceAbstract. During underwater investigations, whatever the mission objective and...
A new calibration methodology for photogrammetric underwater stereo scanners is presented. By combin...
Abstract — The underwater environment presents many chal-lenges for robotic sensing including highly...
International audienceAbstract. During underwater investigations, whatever the mission objective and...
This paper presents a survey on optical sensors and methods for 3D reconstruction in underwater envi...
[eng] This paper presents a survey on optical sensors and methods for 3D reconstruction in underwate...
In this paper we describe experiments in which we acquire range images of underwater surfaces with f...
Underwater range scanning techniques are starting to gain interest in underwater exploration, provid...
In this work we show the principle of optical 3D surface measurements based on the fringe projection...
In this work we show the principle of optical 3D surface measurements based on the fringe projection...
In this study, we introduce a new calibration method for underwater optical stereo scanners. It uses...
In this study, we introduce a new calibration method for underwater optical stereo scanners. It uses...
A new, handheld 3D surface scanner was developed especially for underwater use until a diving depth ...
Vision systems are becoming popular as a method of gathering information and stimuli from a robot\u2...
Stereo vision and structured light are compared in a common underwater environment with known dimens...
International audienceAbstract. During underwater investigations, whatever the mission objective and...
A new calibration methodology for photogrammetric underwater stereo scanners is presented. By combin...
Abstract — The underwater environment presents many chal-lenges for robotic sensing including highly...
International audienceAbstract. During underwater investigations, whatever the mission objective and...