Description: 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.
- [ACO-TSP] - Using Ant Colony Optimization Algorithm
- [ACO.ZIP] - ACO algorythm. This software package pro
- [aco] - Ant Colony Algorithm for Traveling Sales
- [ant] - ant colony optimization
- [MATLAB1] - matlab codes for ant colony optimization
- [tspmatlab] - TSP problem for 31 cities ,ACO program
- [TSP_matlab_code] - TSP_matlab_code using acs(Ant Colony Opt
- [ACO] - this project is used for finding edge de
- [ACO] - book on the ant colony algorithm
File list (Check if you may need any files):
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
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