Recently developed integral imaging techniques are reviewed. Integral imaging captures
and reproduces the light rays from the object space, enabling the acquisition and the display …

True-3D imaging and display systems are based on physical duplication of light distribution.
Holography is a true-3D technique. There are significant developments in electro …

The principles and characteristics of see-through 3D displays are presented. We especially
focus on the integral-imaging display system using a holographic optical element (IDHOE) …

A large-size and full-color three-dimensional (3D) display system without the need for
special eyeglasses is demonstrated. With a specially fabricated holographic functional …

In this paper, a locally controllable two-dimensional (2D)/three-dimensional (3D) mixed
display system and corresponding image generation method are proposed. The proposed …

A resolution and viewing-angle enhanced integral imaging system using electrically
movable pinhole array is proposed. A pinhole array on liquid crystal is adopted as dynamic …

A resolution-enhanced integral imaging microscope that uses lens array shifting is proposed
in this study. The lens shift method maintains the same field of view of the reconstructed …

In this review, the principle and the optical methods for light-field display are introduced. The
light-field display is divided into three categories, including the layer-based method …

One of the main limitations of integral imaging is the narrow viewing angle. This drawback
comes from the limited field of view of microlenses during the pickup and display. We …

Integral imaging is one of the most feasible directional displays that give different
perspectives according to viewing directions. It has inborn characteristics such as viewing …