The dual-t-snakes model plus dynamic programming (DP) techniques is an efficient methodology for boundary extraction and segmentation of 2D images.

Abstract. The Dual-T-Snakes model plus dynammic programming (DP) techniques is an efficient methodology for boundary extraction and segmentation of 2D images.

The Dual-T-Snakes model plus dynammic programming (DP) techniques is an efficient methodology for boundary extraction and segmentation of 2D images.

A new normal force definition is proposed which maintains the desired features of a balloon-like one but is more stable and gives better performance and ...

Improving the Original Dual-T-Snakes Model · Contents. SIBGRAPI '01: Proceedings of the 14th Brazilian Symposium on Computer Graphics and Image Processing.

Deformable models, which include deformable contours (the popular snakes) and deformable surfaces, are a powerful model-based medical image analysis ...

Improving Dual-T-Snakes. In the Dual-T-Snakes model, we propose to increase the normal force for snaxels with affinity zero to push a T-Snake away from local ...

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The improved snake model is that centre-energy is added on the traditional snake model and curve energy can be tuned according to the position of the dot.

A dual active contour can use two snakes to seek an energy minimum which lies between their initial positions and an adaptive driving force is used to move ...