Recent research using statistical moments to describe moving shapes through an image sequence has led to an interest in reconstructing moving shapes from their moment description. This paper discusses how the moment description through a series of frames might be used to predict missing or intermediate frames within a sequence. Additionally, this highlights generic aspects of moment reconstruction which rarely receive more than scant attention. The ideas presented use Zernike moments, although the general framework is applicable to all types of moments. We show how a moving human silhouette can be reconstructed with accuracy by interpolation from a moment history
Because they are invariant under rotation, Zernike moments are widely used for shape recognition in ...
Our goal is to reproduce a human figure\u27s motion with a computer simulated human figure: Given a ...
This paper aims to present a survey of object recognition/classification methods based on image mome...
There is increasing interest in novel view reconstruction but less for new time-based views of movin...
Using statistical moments is popular in computer vision since they provide a compact description and...
Statistical moments can offer a powerful means for object description in object sequences. Moments u...
The increasing interest in processing sequences of images motivates development of techniques for se...
The increasing interest in processing sequences of images (rather than single ones) motivates develo...
A number of Computer Vision and Artificial Intelligence applications are based on descriptors that a...
AbstractAt present, stereo video sequences are actively used in the movie industry, in geographical ...
International audienceMoment-based methods cover a wide spectrum of applications and deserve to be c...
Abstract. Hand-gesture recognition presents a challenging problem for computer vision due to the art...
A comparative evaluation of the effectiveness of moment invariants as shape sensitive features for p...
International audienceThis first paper was aimed at providing the basic formulations of moments, a c...
Various types of moments have been used to recognize image patterns in a number of applications. The...
Because they are invariant under rotation, Zernike moments are widely used for shape recognition in ...
Our goal is to reproduce a human figure\u27s motion with a computer simulated human figure: Given a ...
This paper aims to present a survey of object recognition/classification methods based on image mome...
There is increasing interest in novel view reconstruction but less for new time-based views of movin...
Using statistical moments is popular in computer vision since they provide a compact description and...
Statistical moments can offer a powerful means for object description in object sequences. Moments u...
The increasing interest in processing sequences of images motivates development of techniques for se...
The increasing interest in processing sequences of images (rather than single ones) motivates develo...
A number of Computer Vision and Artificial Intelligence applications are based on descriptors that a...
AbstractAt present, stereo video sequences are actively used in the movie industry, in geographical ...
International audienceMoment-based methods cover a wide spectrum of applications and deserve to be c...
Abstract. Hand-gesture recognition presents a challenging problem for computer vision due to the art...
A comparative evaluation of the effectiveness of moment invariants as shape sensitive features for p...
International audienceThis first paper was aimed at providing the basic formulations of moments, a c...
Various types of moments have been used to recognize image patterns in a number of applications. The...
Because they are invariant under rotation, Zernike moments are widely used for shape recognition in ...
Our goal is to reproduce a human figure\u27s motion with a computer simulated human figure: Given a ...
This paper aims to present a survey of object recognition/classification methods based on image mome...