Titlebook: Variational, Geometric, and Level Set Methods in Computer Vision; Third International Nikos Paragios,Olivier Faugeras,Christoph Schnörr Co

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Uncertainty-Driven Non-parametric Knowledge-Based Segmentation: The Corpus Callosum Case,roach is the use of higher order implicit polynomials to represent shapes. The most important contribution is the estimation of uncertainties on the registered shapes, which can be used with a variable bandwidth kernel-based non-parametric density estimation process to model prior knowledge about th

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Dynamical Statistical Shape Priors for Level Set Based Sequence Segmentation,evel information. While these priors were shown to drastically improve the segmentation of images or image sequences, so far the focus has been on statistical shape priors that are time-invariant. Yet, in the context of tracking deformable objects, it is clear that certain silhouettes may become mor

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Conference proceedings 2005is and stereo reconstruction. Within such a branch visual perception tasks can either be addressed through the introduction of application-driven geometric ?ows or through the minimization of problem-driven cost functions where their lowest potential corresponds to image understanding. The 3rd IEEE

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Georgios Evangelopoulos,Iasonas Kokkinos,Petros Maragoseasured spectroscopic data. The true spectrum and the instrument response function are estimated simultaneously. In the preprocessing stage, the noise can be reduced in some degree. Experiments on some real measured spectroscopic data demonstrate the feasibility of this method.

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Dynamical Statistical Shape Priors for Level Set Based Sequence Segmentation, how these can be integrated into a segmentation process in a Bayesian framework for image sequence segmentation. Experiments demonstrate that such shape priors with memory can drastically improve the segmentation of image sequences.

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Jean-François Aujol,Guy Gilboa,Tony Chan,Stanley Osherroposed method compared to SVM without application of feature extraction technique, which clearly demonstrates that PCNN-based feature extraction method can greatly reduce the dimension of input space without degrading or even boosting the performance of intrusion detection system.

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