International audienceSpatially variable structuring elements outperform translation-invariant ones by their ability to locally adapt to image content. Without restrictions, they suffer from an overwhelming computational complexity. Fast methods for their implementation have recently been proposed for 1-D functions. This paper proposes an extension to 2-D with resizable rectangles
A new algorithm for multiscale description of binary digital regions is given. A region is represent...
Standard formulation of morphological operators is translation invariant in the space and in the int...
Abstract — We investigate how common binary mathe-matical morphology operators can be adapted so tha...
International audienceSpatially variable structuring elements outperform translation-invariant ones ...
Spatially variant morphological operators can signi-cantly improve ltering capabilities or object de...
Full text also available online for free at http://www.eurasip.org/Proceedings/Eusipco/Eusipco2008/I...
An efficient algorithm is presented for the computation of grayscale morphological operations with a...
Abstract—In this paper, we develop a spatially-variant (SV) mathematical morphology theory for gray-...
International audienceMathematical morphology with spatially variant structuring elements outperform...
Mathematical morphology with spatially variant structuring elements outperforms translation-invarian...
International audienceStandard formulation of morphological operators is translation invariant in th...
We investigate how common binary mathematical morphology operators can be adapted so that the size o...
An efficient algorithm is presented for the computation of gray-scale morphological operations with ...
International audienceStandard formulation of morphological operators is translation invariant in th...
We investigate how common binary mathematical morphology op-erators can be adapted so that the size ...
A new algorithm for multiscale description of binary digital regions is given. A region is represent...
Standard formulation of morphological operators is translation invariant in the space and in the int...
Abstract — We investigate how common binary mathe-matical morphology operators can be adapted so tha...
International audienceSpatially variable structuring elements outperform translation-invariant ones ...
Spatially variant morphological operators can signi-cantly improve ltering capabilities or object de...
Full text also available online for free at http://www.eurasip.org/Proceedings/Eusipco/Eusipco2008/I...
An efficient algorithm is presented for the computation of grayscale morphological operations with a...
Abstract—In this paper, we develop a spatially-variant (SV) mathematical morphology theory for gray-...
International audienceMathematical morphology with spatially variant structuring elements outperform...
Mathematical morphology with spatially variant structuring elements outperforms translation-invarian...
International audienceStandard formulation of morphological operators is translation invariant in th...
We investigate how common binary mathematical morphology operators can be adapted so that the size o...
An efficient algorithm is presented for the computation of gray-scale morphological operations with ...
International audienceStandard formulation of morphological operators is translation invariant in th...
We investigate how common binary mathematical morphology op-erators can be adapted so that the size ...
A new algorithm for multiscale description of binary digital regions is given. A region is represent...
Standard formulation of morphological operators is translation invariant in the space and in the int...
Abstract — We investigate how common binary mathe-matical morphology operators can be adapted so tha...