irisprotected.zip_iris recognition_模糊 聚类_模糊聚类_特征 matlab

% % % Unzip all files in Matlab current directory and % type "irisrecognition" on Matlab command window. % % % FUNCTIONS % % Select image: read the input image % % Add selected image to database: the input image is added to database and will be used for training % % Database Info: show informations about the images present in database. % % Iris Recognition: iris matching. The selected input image is processed % % Delete Database: remove database from the current directory % % Info: show informations about this software % % % Source code for Iris Recognition System: how to obtain the complete source code % % Exit: quit program % % % First, select an input image clicking on "Select image". % Then you can % - add this image to database (click on "Add selected image to database" % - perform iris recognition (click on "Iris Recognition" button) % Note: If you want to perform iris recognition database has to include % at least one image. % If you choose to add image to database, a positive integer (iris ID) is % required. This posivive integer is a progressive number which identifies % a person (each person corresponds to a class). % For example: % - run the GUI (type "irisrecognition" on Matlab command window) % - delete database (click on "Delete Database") % - add "iris_mike1.jpg" to database ---> the ID has to be 1 since Mike is the first % person you are adding to database % - add "iris_mike2.jpg" to database ---> the ID has to be 1 since you have already % added a Mike's image to database % - add "iris_paul1.jpg" to database ---> the ID has to be 2 since Paul is the second person % you are adding to database % - add "iris_cindy1.jpg" to database ---> the ID has to be 3 since Cindy is % the third person you are adding to database % - add "iris_paul2.jpg" to database ---> the ID has to be 2 once again since % you have already added Paul to database % - add "iris_paul3.jpg" to database ---> the ID has to be 2 once again since % you have already added Paul to database % % ... and so on! Very simple, isnt't? % % % % % % In order to obtain the complete source code please visit % % http://www.advancedsourcecode.com/iris.asp % % % References: % Libor Masek, Peter Kovesi. MATLAB Source Code for a Biometric Identification % System Based on Iris Patterns. The School of Computer Science and Software Engineering, % The University of Western Australia. 2003. % % The original source code is available at % http://www.csse.uwa.edu.au/~pk/studentprojects/libor/iriscode.zip % % Libor Masek's dissertation is available at % http://www.csse.uwa.edu.au/~pk/studentprojects/libor/LiborMasekThesis.pdf % % All tests were performed with CASIA Iris Image Database available at % http://www.sinobiometrics.com % % % % Luigi Rosa % Via Centrale 35 % 67042 Civita di Bagno % L'Aquila - ITALY % email luigi.rosa@tiscali.it % mobile +39 3207214179 % website http://www.advancedsourcecode.com % %