传统光学成像实质上是目标场景的光强信号在空间维度上的直接均匀采样记录与再现的过程.
因此, 其成像分辨率与信息量不可避免地受到光学衍射极限, 成像系统空间带宽积等若干物理 …

Fourier ptychography (FP) technique is a promising super‐resolution tool in
noninterferometric synthetic aperture research thanks to its unique capabilities for …

Optical synthetic aperture with homogeneous circular sub-mirrors greatly improves the
spatial resolution of space telescopes; however, the discrete and sparse characteristics of …

Conventional optical imaging is essentially a process of recording and reproducing the
intensity signal of a scene in the spatial dimension with direct uniform sampling. Therefore …

Deep learning technology has shown excellent performances and successful applications in
optical information processing. However, the long-time training, large amount of manually …

Optical synthetic aperture system improves spatial resolution significantly. However, the
image will be degraded and blurred because of the sparse sub-mirror arrangement …

Multi-aperture optical telescopes have been extensively researched because they can
achieve a comparable high spatial resolution as a single large filled aperture. However, the …

We propose a model-enhanced network with unpaired single-shot data for solving the
imaging blur problem of an optical sparse aperture (OSA) system. With only one degraded …

RGB-thermal salient object detection (RGB-T SOD) has rapidly developed and achieved
excellent detection results. Unfortunately, the significant impact of illumination on salient …

A segmented primary mirror is very important for extra-large astronomical telescopes, in
order to detect the phase error between segmented mirrors. Traditional iterative algorithms …