International audienceThis study deals with information fusion for image segmentation. The evidence theory (or the Dempster–Shafertheory) allows the modellisation of uncertainty and imprecision in the information as well as the combination of different sources.Here, this approach is used in an unsupervised framework to combine the stochastic watershed segmentation which providesseveral segmentation results, with a Hessian operator in order to obtain a unique and efficient segmentation. The method istested on natural images from the Berkeley dataset and evaluated using several evaluation metrics. The fusion results surpassthose obtained with stochastic watershed alone
International audienceIn this paper, a probability density function of object contours based on the ...
International audienceThe stochastic watershed is a probabilistic segmentation ap-proach which estim...
We study modifications to the novel stochastic watershed method for segmentation of digital images. ...
International audienceThis study deals with information fusion for image segmentation. The evidence ...
The stochastic watershed is an unsupervised segmentation tool recently proposed by Angulo and Jeulin...
Abstract. This paper extends the use of stochastic watershed, recently introduced by Angulo and Jeul...
Abstract This paper introduces a watershed-based stochastic segmentation methodology. The approach i...
Information fusion has been widely studied in the field of artificial intelligence. Information is g...
La fusion d’informations a été largement étudiée dans le domaine de l’intelligence artificielle. Une...
Abstract–A new simple and efficient segmentation approach based on a fusion procedure is implemented...
The stochastic watersheds algorithm was first proposed by Angulo and Jeulin (2007) as a marker-contr...
Stochastic watershed is a robust method to estimate the probability density function (pdf) of contou...
This paper deals with unsupervised segmentation of hyper-spectral images. It is based on the stochas...
International audienceStochastic watershed is a robust method to estimate the probability density fu...
A new segmentation fusion method is proposed that ensembles the output of several segmentation algor...
International audienceIn this paper, a probability density function of object contours based on the ...
International audienceThe stochastic watershed is a probabilistic segmentation ap-proach which estim...
We study modifications to the novel stochastic watershed method for segmentation of digital images. ...
International audienceThis study deals with information fusion for image segmentation. The evidence ...
The stochastic watershed is an unsupervised segmentation tool recently proposed by Angulo and Jeulin...
Abstract. This paper extends the use of stochastic watershed, recently introduced by Angulo and Jeul...
Abstract This paper introduces a watershed-based stochastic segmentation methodology. The approach i...
Information fusion has been widely studied in the field of artificial intelligence. Information is g...
La fusion d’informations a été largement étudiée dans le domaine de l’intelligence artificielle. Une...
Abstract–A new simple and efficient segmentation approach based on a fusion procedure is implemented...
The stochastic watersheds algorithm was first proposed by Angulo and Jeulin (2007) as a marker-contr...
Stochastic watershed is a robust method to estimate the probability density function (pdf) of contou...
This paper deals with unsupervised segmentation of hyper-spectral images. It is based on the stochas...
International audienceStochastic watershed is a robust method to estimate the probability density fu...
A new segmentation fusion method is proposed that ensembles the output of several segmentation algor...
International audienceIn this paper, a probability density function of object contours based on the ...
International audienceThe stochastic watershed is a probabilistic segmentation ap-proach which estim...
We study modifications to the novel stochastic watershed method for segmentation of digital images. ...