The Bayesian approach to image processing based on Markov random fields is adapted to image analysis problems such as object recognition and edge detection. In this context the prior models are Markov point processes and random object patterns from stochastic geometry. The authors develop analogues of J. Besag's algorithm (1986). The erosion operator of mathematical morphology turns out to be a maximum likelihood estimator for a simple noise model. The authors show that the Hough transform can be interpreted as a likelihood ratio test statistic
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
The Bayesian approach to image processing based on Markov random fields is adapted to image analysis...
The Bayesian approach to image processing based on Markov random fields is adapted to image analysis...
The Bayesian approach to image processing based on Markov random fields is adapted to image analysis...
The Bayesian approach to image processing based on Markov random fields is adapted to image analysis...
International audienceProbabilistic approaches have been brought to image analysis starting with the...
International audienceProbabilistic approaches have been brought to image analysis starting with the...
This paper addresses the task of locating and identifying an unknown number of objects of different ...
A Bayesian multiscale technique for detection of statistically significant features in noisy images ...
Thesis (Ph. D.)--University of Washington, 2000A common goal in the field of Computer Vision is the ...
We describe a new approach to feature-based object recognition, using maximum a posteriori (MAP) est...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
The Bayesian approach to image processing based on Markov random fields is adapted to image analysis...
The Bayesian approach to image processing based on Markov random fields is adapted to image analysis...
The Bayesian approach to image processing based on Markov random fields is adapted to image analysis...
The Bayesian approach to image processing based on Markov random fields is adapted to image analysis...
International audienceProbabilistic approaches have been brought to image analysis starting with the...
International audienceProbabilistic approaches have been brought to image analysis starting with the...
This paper addresses the task of locating and identifying an unknown number of objects of different ...
A Bayesian multiscale technique for detection of statistically significant features in noisy images ...
Thesis (Ph. D.)--University of Washington, 2000A common goal in the field of Computer Vision is the ...
We describe a new approach to feature-based object recognition, using maximum a posteriori (MAP) est...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...
We study convergence in total variation of non-stationary Markov chains in continuous time and apply...