文件名称:aco
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Contour Correspondence via Ant Colony Optimization
Oliver van Kaick <ovankaic@cs.sfu.ca>
http://www.cs.sfu.ca/~ovankaic/personal/
This MATLAB implementation computes a correspondence between two shapes
based on ant colony optimization (ACO). The input shapes can be either
two 2D contours (open or closed) or two arbitrary sets of 2D points.-Contour Correspondence via Ant Colony Optimization
Oliver van Kaick <ovankaic@cs.sfu.ca>
http://www.cs.sfu.ca/~ovankaic/personal/
This MATLAB implementation computes a correspondence between two shapes
based on ant colony optimization (ACO). The input shapes can be either
two 2D contours (open or closed) or two arbitrary sets of 2D points.相关搜索： Contour
Correspondence
aco
ant
colony
optimization
Oliver van Kaick <ovankaic@cs.sfu.ca>
http://www.cs.sfu.ca/~ovankaic/personal/
This MATLAB implementation computes a correspondence between two shapes
based on ant colony optimization (ACO). The input shapes can be either
two 2D contours (open or closed) or two arbitrary sets of 2D points.-Contour Correspondence via Ant Colony Optimization
Oliver van Kaick <ovankaic@cs.sfu.ca>
http://www.cs.sfu.ca/~ovankaic/personal/
This MATLAB implementation computes a correspondence between two shapes
based on ant colony optimization (ACO). The input shapes can be either
two 2D contours (open or closed) or two arbitrary sets of 2D points.相关搜索： Contour
Correspondence
aco
ant
colony
optimization
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下载文件列表
aco
...\aco_matching.m
...\area_normalize.m
...\bipartite_matching.m
...\construct_matching.m
...\contours
...\........\bump1.ctr
...\........\bump2.ctr
...\........\fish1.ctr
...\........\fish2.ctr
...\........\fish3.ctr
...\........\hand1.ctr
...\........\hand2.ctr
...\........\plane1.ctr
...\........\plane2.ctr
...\contour_area.m
...\contour_length.m
...\copap.m
...\dist2.m
...\distance_matrix.m
...\evaluate_matching.m
...\extract_descriptor.m
...\extract_shape_context.m
...\hungarian.m
...\order_preserving_matching.m
...\pairwise_geodesic_dist.m
...\README
...\sc_compute.m
...\set_global.m
...\shape_matching.m
...\show_contour.m
...\signed_triangle_area.m
...\simmat_chisquare.m
...\simmat_euclidean.m
...\update_pheromones.m
...\valid_range.m
...\viz_matching.m
...\aco_matching.m
...\area_normalize.m
...\bipartite_matching.m
...\construct_matching.m
...\contours
...\........\bump1.ctr
...\........\bump2.ctr
...\........\fish1.ctr
...\........\fish2.ctr
...\........\fish3.ctr
...\........\hand1.ctr
...\........\hand2.ctr
...\........\plane1.ctr
...\........\plane2.ctr
...\contour_area.m
...\contour_length.m
...\copap.m
...\dist2.m
...\distance_matrix.m
...\evaluate_matching.m
...\extract_descriptor.m
...\extract_shape_context.m
...\hungarian.m
...\order_preserving_matching.m
...\pairwise_geodesic_dist.m
...\README
...\sc_compute.m
...\set_global.m
...\shape_matching.m
...\show_contour.m
...\signed_triangle_area.m
...\simmat_chisquare.m
...\simmat_euclidean.m
...\update_pheromones.m
...\valid_range.m
...\viz_matching.m