Abstract. Certain typical design requirements of laser based underwater receiver optical systems are dealt with. Some of their special features which are to be considered while designing these systems are highlighted. Optical schemes, which can be used as underwater receiver optics, are also explained. 1
We report on an investigation into optical alignment and tracking for high bandwidth, laser-based un...
We report on an investigation into optical alignment and tracking for high bandwidth, laser-based un...
The problem and various techniques for underwater imaging have been reviewed. The effect of various ...
Certain typical design requirements of laser based underwater receiver optical systems are dealt wit...
Blue-green lasers are finding potential use in underwater applications both civil as well as militar...
Acoustic communication has been the main means of communication in the water medium, but it has mult...
The conventional method used to detect the range to an underwater object is by sending and receiving...
Though several sensors are available for underwater scanning and ranging, they all have their limits...
A Laser-based Structured Light System (LbSLS) has been designed to perform underwater close-range 3D...
After concluding the application of under-water optics, the development of under-water laser imaging...
The advent of the laser in 1960 has generated a new interest in the development of optical communica...
Current subsea LiDAR implementations are inherently depth limited, and make LiDAR applications in th...
Current subsea LiDAR implementations are inherently depth limited, and make LiDAR applications in th...
Structure from motion or stereoscopy are used to obtain 3D from a sequence of still images. However ...
The paper deals with underwater laser ranging system, its principle of operation and maximum depth c...
We report on an investigation into optical alignment and tracking for high bandwidth, laser-based un...
We report on an investigation into optical alignment and tracking for high bandwidth, laser-based un...
The problem and various techniques for underwater imaging have been reviewed. The effect of various ...
Certain typical design requirements of laser based underwater receiver optical systems are dealt wit...
Blue-green lasers are finding potential use in underwater applications both civil as well as militar...
Acoustic communication has been the main means of communication in the water medium, but it has mult...
The conventional method used to detect the range to an underwater object is by sending and receiving...
Though several sensors are available for underwater scanning and ranging, they all have their limits...
A Laser-based Structured Light System (LbSLS) has been designed to perform underwater close-range 3D...
After concluding the application of under-water optics, the development of under-water laser imaging...
The advent of the laser in 1960 has generated a new interest in the development of optical communica...
Current subsea LiDAR implementations are inherently depth limited, and make LiDAR applications in th...
Current subsea LiDAR implementations are inherently depth limited, and make LiDAR applications in th...
Structure from motion or stereoscopy are used to obtain 3D from a sequence of still images. However ...
The paper deals with underwater laser ranging system, its principle of operation and maximum depth c...
We report on an investigation into optical alignment and tracking for high bandwidth, laser-based un...
We report on an investigation into optical alignment and tracking for high bandwidth, laser-based un...
The problem and various techniques for underwater imaging have been reviewed. The effect of various ...
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