====== Solutions ======
You will find the reference solutions of the homeworks on this page some time after the deadline. Although, we have tried to prepare a precise solution, there might be unintended bugs. Please let us know if you find some.

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[[http://cmp.felk.cvut.cz/~mishkdmy/MPV2020/imagefiltering.py.zip|First homework]]  - Introduction to Image Processing in Pytorch.

[[http://cmp.felk.cvut.cz/~sulcmila/MPV/2c78fc15298008b6720507b23504f217/solution1.zip|First homework]]  - Introduction to Image Processing in MATLAB.


[[http://cmp.felk.cvut.cz/~sulcmila/MPV/77235727fc1575a49fe4193f0fbb414e/solution2.zip|Second homework]] - Correspondence problem I, detection of the interest points. \\ (authors: M. Perďoch, extrema.* J. Matas and M. Perďoch)


[[http://cmp.felk.cvut.cz/~sulcmila/MPV/7894267993eac4af42352e5e26fca8d2/solution3.zip|Third homework]] - Correspondence problem II, computing local invariant description. \\ (author: M. Perďoch)




  * {{courses:ae4m33mpv:labs:solution1.zip|First homework}} - Introduction to Image Processing in MATLAB. \\ (author: M. Perďoch)


  * {{courses:ae4m33mpv:labs:solution2.zip|Second homework}} - Correspondence problem I, detection of the interest points. \\ (authors: M. Perďoch, extrema.* J. Matas and M. Perďoch)


  * {{courses:ae4m33mpv:labs:solution3.zip|Third homework}} - Correspondence problem II, computing local invariant description. \\ (author: M. Perďoch)

  * {{courses:ae4m33mpv:labs:solution4.zip|Fourth homework}} - Correspondence problem III, finding tenative correspondences and RANSAC. \\ (authors: M. Perďoch and O. Chum - u2h, u2f7, fds, sample, nsamples)

  * {{courses:ae4m33mpv:labs:solution6.zip|Sixth homework}} - Indexing II, image representation with set of visual words. TF-IDF weighting. \\ (authors: M. Perďoch and O. Chum)


  * {{courses:ae4m33mpv:labs:solution7.zip|Seventh homework}} - Indexing III, fast spatial verification, query expansion. \\ (authors: M. Perďoch and O. Chum)

*/