Titlebook: Computer Vision -- ECCV 2006; 9th European Confere Aleš Leonardis,Horst Bischof,Axel Pinz Conference proceedings 2006 Springer-Verlag Berli

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起波澜

A Theory of Spherical Harmonic Identities for BRDF/Lighting Transfer and Image Consistencyties, which are the angular frequency domain analogs to common spatial domain invariants such as reflectance ratios. They apply in a number of canonical cases, including single and multiple images of objects under the same and different lighting conditions. One important case we consider is two diff

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Scintillations

BOGUS

frugal

A General Framework for Motion Segmentation: Independent, Articulated, Rigid, Non-rigid, Degenerate entation under affine projections which utilizes two properties of trajectory data: geometric constraint and locality. The geometric constraint states that the trajectories of the same motion lie in a low dimensional linear manifold and different motions result in different linear manifolds; localit

情节剧

otic-capsule

Multivalued Default Logic for Identity Maintenance in Visual Surveillances the capacity to robustly track individuals and maintain their identities across single as well as multiple camera views. Identity maintenance is a primary source of uncertainty for activity recognition and has been traditionally addressed via different appearance matching approaches. However these

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A Multiview Approach to Tracking People in Crowded Scenes Using a Planar Homography Constraint particularly hard to tackle in single camera systems. We present a multi-view approach to tracking people in crowded scenes where people may be partially or completely occluding each other. Our approach is to use multiple views in synergy so that information from all views is combined to detect obj

泄露

Uncalibrated Factorization Using a Variable Symmetric Affine Camera perspective, and paraperspective. We present a new method that does not require any such specific models. We show that a minimal requirement for an affine camera to mimic perspective projection leads to a unique camera model, called ., which has two free functions. We determine their values from in