Computer-generated holograms (CGHs) are a key technology in electroholography systems;
however, heavy calculations are required to calculate CGHs. We review fast calculation …

Holographic displays employing digital micromirror devices (DMDs) reconstruct 3D images
at high diffraction orders. For LED displays, this geometry introduces large dispersion at the …

We propose a full-color complex holographic display system design comprised of three
R/G/B amplitude-only spatial light modulators and an achromatic Fourier filter. A key feature …

We present an end-to-end full color Fourier holographic imaging approach, which involves
standard holographic recording with three wavelengths and an improved LED-driven …

Parallel calculations of large-pixel-count computer-generated holograms (CGHs) are
suitable for multiple-graphics processing unit (multi-GPU) cluster systems. However, it is not …

For a three-dimensional display using computer-generated holograms (CGHs), fast CGH
calculations are required. The multiple wavefront recording planes (WRPs) method can …

We present Fourier rainbow holographic imaging approach. It involves standard laser
holographic recording and novel horizontal parallax only holographic display. In the display …

We demonstrate real-time three-dimensional (3D) color video using a color
electroholographic system with a cluster of multiple-graphics processing units (multi-GPU) …

We propose a method for color electroholography using a simple red–green–blue (RGB)
gradation representation method without controlling the respective brightness of the …

Electroholography enables the projection of three-dimensional (3-D) images using a spatial-
light modulator. The extreme computational complexity and load involved in generating a …