Rendering of halftone images on scattering media such as paper is subject to dot gain.
Physical dot gain is caused by the mechanical and chemical properties of the paper, the ink …

We present a new algorithm for rendering translucent materials that combines photon
tracing with diffusion. This combination makes it possible to efficiently render highly …

Recently there has been interest in the scattering of light within paper and the effect this
scattering has on the tone characteristics of a printed halftone image. 1–6 A halftone image …

This paper is concerned with the study and description of light scattering in turbid material
such as paper. We present a new modeling approach, which is based on the transport …

Most of the physically based techniques for rendering translucent objects use the diffusion
theory of light scattering in turbid media. The widely used dipole diffusion model (Jensen et …

The explosion of inexpensive computer technology is making color imaging widely
available. This is particularly true on the desktop, where color printers, mostly ink jet, are …

Modeling color print reproduction is difficult, mainly because of light scattering, causing
optical dot gain. Most available models are based on macroscopic color measurements, the …

We propose a new method to analyze scattering light transport in homogeneous translucent
media. The incident light undergoes multiple bounces in translucent media, and produces a …

From the Publisher: Meeting the increasing demand for multimedia imaging, this book
clearly explains how to improve the quality of presentation. Areas covered include colour …

By separating the optical dot gain from the physical dot gain, it is possible to study different
behaviors of color inks on different papers. In this study we are investigating the dependency …