- 3575 users, 624 publications, 779 reviews -
Implementation of weighted Dijkstra’s shortest-path algorithm for n-D images
|Please use this identifier to cite or link to this publication: http://hdl.handle.net/1926/1520|
Submitted by Lior Weizman on 01-29-2009.
This paper describes the ITK implementation of a shortest path extraction algorithm based on graph representation of the image and the Dijkstra shortest path algorithm. The method requires the user to provide two inputs: 1. path information in the form of start, end, and neighboring mode, the form of which path is allowed to propagate between neighboring pixels, and 2. a weighting function which sets the distance metric between neighboring pixels. A number of perspectives for choosing weighting functions are given, as well as examples using real images. This paper can also serve as an example for utilizing the Boost C++ graph library into the ITK framework.
|Download Paper , View Paper|
|Download Source code|
|Categories:||Data Representation, Distance maps, Filtering, Neighborhood filters, Path|
|Keywords:||minimal path, centerline, vessel segmentation, ITK, boost|
Linked Publications more
A Label Geometry Image Filter for Multiple Object Measurement
by Padfield D., Miller J.
Reader/Writer for Analyze Object Maps for ITK
by Hawley J., Johnson H.
Send a message to the author