a. Compute the mean image and principal components for a set of images (e.g. use the training images of ‘5’ in the mnist dataset). Display the mean image and the first 2 principal components (associated with the highest eigenvalues). b. Compute and display the reconstructions of a test image using the mean image and with p principal components associated with the p highest eigenvalues (e.g. Fig 10.12) with p=10 and p=50. c. Read https://doi.org/10.1109/34.598227 ‘Probabilistic visual learning for object representation’ (PAMI1997). Compute and display a DFFS (distance-from feature-space) and SSD (sum-of-square-differences) heat maps for detection using your PCA representation of a MNIST number. For the test image, use a composite image made of MNIST test images (see example below). d. Evaluate the performance of SSD and DFFS (i.e. illustrate when it works, and when it does not work).
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