Develo** new methods to detect biomass information on freshwater fish in farm conditions
enables the creation of decision bases for precision feeding. In this study, an approach …

Imaging through the wavy air–water surface suffers from severe geometric distortions, which
are caused by the light refraction effect that affects the normal operations of underwater …

Images of static scenes submerged beneath a wavy water surface exhibit severe non-rigid
distortions. The physics of water flow suggests that water surfaces possess spatio-temporal …

Imaging through a fluctuating air-water surface is a challenging task since light rays bent by
unknown amounts lead to complex geometric distortions. This paper presents a new …

Imaging through a time-varying water surface exhibits severe non-rigid geometric distortions
and motion blur. Theoretically, although the water surface possesses smoothness and …

Imaging through a wavy water surface is a challenging task, as the wavy water surface
introduces anisoplanatism effects difficult to model and track. A typical recovery method is …

Long‐distance imaging is generally blurry and warped due to the presence of atmospheric
turbulence, which harms the performance of the photoelectric system. Among these, real …

Simultaneously removing atmospheric turbulence-induced geometric distortion and blurry
degradation is a challenging task. In this paper, we propose an effective method to remove …

Imaging through the wavy water–air interface is challenging since the random fluctuations of
water will cause complex geometric distortion and motion blur in the images, seriously …

Featured Application The proposed method can be applied to the restoration for turbulence
degraded video in nuclear power plant reactors, underwater target or aerial target …