Image mosaicing is the alignment of multiple images into larger compositions which
represent portions of a 3D scene. The mosaicing methods described in this chapter are …

Epipolar geometry is a key point in computer vision and the fundamental matrix estimation is
the only way to compute it. This article is a fresh look in the subject that overview classic and …

This paper presents a bibliography of over 2250 references related to computer vision and
image analysis, arranged by subject matter. The topics covered include computational …

In order to monitor sufficiently large areas of interest for surveillance or any event detection,
we need to look beyond stationary cameras and employ an automatically configurable …

We present an image synthesis technique for very low bit rate encoding of faces for
videoconferencing applications over the Internet or mobile communication networks. The …

A theoretical framework is presented to study the consistency of robust estimators used in
vision problems involving extraction of fine details. A strong correlation between asymptotic …

This paper presents an optimal linear algorithm for computing the fundamental matrix from
corresponding points over two images under an assumed model, which admits independent …

The epipolar geometry is the intrinsic projective geometry between two views, and the
algebraic representation of it is the fundamental matrix. Estimating the fundamental matrix …

We present two linear algorithms for 3-D reconstruction: one is for finite motion; the other is
for optical flow. We compare their performance by simulation and real-image experiments …

In applications such as video mosaicing, foreground/background separation and camera
pose estimation, feature correspondences are the fundamental building blocks upon which …