Young Scientists Forum 2017 2018
DOI: 10.1117/12.2317049
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Research on the underwater target imaging based on the streak tube laser lidar

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Cited by 5 publications
(3 citation statements)
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“…The methods such as range-gated imaging [19], laser synchronous scanning [20], and streak tube imaging [21] have eliminated stray light through temporal or spatial separation, the obtained images are the mixture of medium transmittance and target image. Polarization imaging [22] and ghost imaging [24] both consider the medium transmittance, and the obtained images are closest to the initial target image.…”
Section: X Y D X Y B X Y X Y T X Y a T X Ymentioning
confidence: 99%
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“…The methods such as range-gated imaging [19], laser synchronous scanning [20], and streak tube imaging [21] have eliminated stray light through temporal or spatial separation, the obtained images are the mixture of medium transmittance and target image. Polarization imaging [22] and ghost imaging [24] both consider the medium transmittance, and the obtained images are closest to the initial target image.…”
Section: X Y D X Y B X Y X Y T X Y a T X Ymentioning
confidence: 99%
“…In 2014, Tian et al [51] developed a control software and constructed an image processing system for STIL using VB and MATLAB, the range resolution is better than 2 cm. In 2015, Gao et al [52] carried out a series of imaging experiments using a STIL with a range resolution of 1.5 cm for underwater targets at a distance of 3 m. In 2018, Cui et al [21] developed a STIL for real-time 3D imaging of underwater targets, which used a 532 nm pulse laser as the light source, the repetition frequency was 120 Hz, and the pulse duration was 8 ns. Its maximum detection depth reached 31 m with an imaging frame rate of 100 Hz.…”
Section: Figure 8 Streak Tube Imaging Principlementioning
confidence: 99%
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