This textbook on Photogrammetric Computer Vision–Statistics, Geometry, Orientation and
Reconstruction provides a statistical treatment of the geometry of multiple view analysis …

Geometry is a pervasive mathematical concept that appears in many places and in many
disguises. The representation of geometric entities, of their unions and intersections, and of …

Accurate Visual Metrology from Single and Multiple Uncalibrated Images presents novel
techniques for constructing three-dimensional models from bi-dimensional images using …

The use of a single pass/fail threshold for IDDQ testing is unworkable as chip background
currents increase to the point where they exceed many defect currents. This paper describes …

We introduce a number of new results in the context of multi-view geometry from general
algebraic curves. We start with the recovery of camera geometry from matching curves. We …

Traditionally, the reproduction of the real world has been shown to us by means of at
images. These images used to be materialised by means of paint on canvas, drawings or …

Uncertainty is present in computer vision in all analysis steps: in image processing, in
feature extraction, pose estimation, grou** and also in recognition and interpretation …

Algebraic projective geometry, with its multilinear relations and its embedding into
Grassmann-Cayley algebra, has become the basic representation of multiple view …

We present a geometric method for (i) matching 2D line segments from multiple oriented
images,(ii) optimally reconstructing 3D line segments and (iii) grou** 3D line segments to …

In this paper, we will introduce a common framework for the definition and operations on the
different multiple view tensors. The novelty of the proposed formulation is to not fix any …