The photonics integrated interference imaging technique has attracted intensive attention
because of its superior imaging performance and structural compactness. Traditional …

With the development of aeronautics and astronautics, higher resolution requirement of the
telescope was necessary. However, the increase in resolution of conventional telescope …

To improve the effectiveness of spatial spectrum sampling for the photonic-integrated
interferometric imaging, an array forming scheme is proposed with evenly distributed …

The photonics integrated interference imaging system (PIIIS) is a recently developed far-field
imaging approach aimed at compacting structures and acquiring high imaging performance …

Recently, high-resolution inverse synthetic aperture radar (ISAR) imaging with sparse
aperture (SA) data has attracted increasing attention. The theory of compressive sensing …

The segmented planar imager is an advanced optical interferometric telescope with a
photonic integrated circuit (PIC). It provides a significant reduction in size, weight, and power …

Mirrored interferometric aperture synthesis (MIAS) is a novel interferometry that can improve
spatial resolution compared with that of conventional IAS. In one-dimensional (1-D) MIAS …

Multi-beam interference (MBI) provides the ability to form a wide range of sub-micron
periodic optical-intensity distributions with applications to a variety of areas, including …

The Lockheed Martin Advanced Technology Center and the University of California at Davis
(UC Davis) has developed an interferometric imaging system based on photonic integrated …

The traditional microlens array imager lacks content information and has low imaging quality
when restoring the image of the target, which limits the development of photon integrated …