In inhomogeneous objects, highlights are linear combinations of diffuse and specular
reflection components. To our knowledge, all methods that use a single input image require …

In the last decade, a significant number of techniques for three‐dimensional (3D) shape
measurement have been proposed. There are a large number of measurement demands for …

**年来偏振三维成像技术因具有精度高, 作用距离远和受杂散光影响小等特点得以蓬勃发展,
但利用目标反射光偏振特性进行法向量精确求解的问题一直没有真**得到解决 …

A robust and effective specular highlight removal method is proposed in this paper. It is
based on a key observation-the maximum fraction of the diffuse colour component in diffuse …

The separation of reflection components is an important issue in computer graphics,
computer vision and image processing. It provides useful information for the applications …

In this paper, we propose an efficient method to separate the diffuse and specular reflection
components from a single image. The method is built on the observation that, for diffuse …

The separation of diffuse and specular reflection components, or equivalently specularity
removal, is required in the fields of computer vision, object recognition and image synthesis …

For dielectric inhomogeneous objects, the perceived reflections are the linear combinations
of diffuse and specular reflection components. Specular reflection plays an important role in …

We present a unified framework for separating specular and diffuse reflection components in
images and videos of textured scenes. This can be used for specularity removal and for …

We present a fully convolutional autoencoder for light fields, which jointly encodes stacks of
horizontal and vertical epipolar plane images through a deep network of residual layers. The …