Titlebook: Computer Vision - ECCV 2004; 8th European Confere Tomás Pajdla,Ji?í Matas Conference proceedings 2004 Springer-Verlag Berlin Heidelberg 200

高歌

樹木中

A Generic Concept for Camera Calibratione is considered as a collection of pixels, and each pixel measures the light travelling along a (half-) ray in 3-space associated with that pixel. Calibration is the determination, in some common coordinate system, of the coordinates of all pixels’ rays. This model encompasses most projection models

大看臺(tái)

General Linear Camerasribing all perspective (pinhole), orthographic, and many multiperspective (including pushbroom and two-slit) cameras, as well as epipolar plane images. It also includes three new and previously unexplored multiperspective linear cameras. Our GLC model is both general and linear in the sense that, gi

ASSET

A Framework for Pencil-of-Points Structure-from-Motionimages do not induce direct geometric constraint on camera motion. Previous work uses geometric attributes | orientation, length, etc. | for single or groups of lines. Our approach is based on using Pencil-of-Points (points on line) or .s for short. There are many advantages to using .s for structur

豎琴

小教堂

Dynamic Visual Search Using Inner-Scene Similarity: Algorithms and Inherent Limitationsrch tasks are suggested. Given a number of candidates (e.g. sub-images), our basic hypothesis is that more visually similar candidates are more likely to have the same identity. Both deterministic and stochastic approaches, relying on this hypothesis, are used to quantify this intuition. Under the d

DALLY

Object Level Grouping for Video Shotsearance and motion of the patches..There are two areas of innovation: first, affine invariant regions are used to repair short gaps in individual tracks and also to join sets of tracks across occlusions (where many tracks are lost simultaneously); second, a robust affine factorization method is deve

concentrate

Statistical Symmetric Shape from Shading for 3D Structure Recovery of Faceshellappa and statistical approach for facial shape reconstruction by Atick, Griffin and Redlich. Given a single frontal image of a human face under a known directional illumination from a side, we represent the solution as a linear combination of basis shapes and recover the coefficients using a sym

紡織品

Region-Based Segmentation on Evolving Surfaces with Application to 3D Reconstruction of Shape and Piian and its radiance is piecewise constant. We model the radiance segmentation explicitly using smooth curves on the surface that bound regions of constant radiance. We pose the scene reconstruction problem in a variational framework, where the unknowns are the surface, the radiance values and the s

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