The goal of this assignment is to segment the iris region of an eye and convert

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The goal of this assignment is to segment the iris region of an eye and convert

The goal of this assignment is to segment the iris region of an eye and convert it into a co-centricity invariant representation (from Cartesian to polar coordinates) of a nxm matrix.
Use all images in “eyes.zip” in the Files section. For each image:
1. Use (a) the Hough transform for circle detection (any Matlab/Python implementation you find), and (b) Daugman’s integrodifferential objective to calculate both boundaries of the iris (inner and outer)
2. Convert the iris region into a polar coordinates representation (as in the lecture slides).
Submit:
Matlab/Python code with any additional external functions you used.
A screen recording of your execution, for each image, where you will show: (i) the hough transform results superimposed on the image; (ii) Daugman’s method results superimposed on the image, and (iii) the “unwrapped” iris.
Notes: 3 points for Hough transform, 5 points for Daugman’s method, 2 points for screen recording

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