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CarND-Vehicle-Detection

The goal of the project is to experiment with different features for classifying vehicle vs non-vehicle. Then I used the training to detect vehicles on the road.

Histogram of Oriented Grandient (HOG)

  1. get_hog_features() function in helper.py from line to . I started by reading in one car and one not car image, called get_hog_features to get features and hog images. Below is the result comparing side by side: Hog features

I then explored different color space and different skimage.hog() parameters (orientations, pixels_per_cell, and cells_per_block). I grabbed random images from each of the two classes and displayed then to get a feel for what the _skimages.hog() output look like.

Here is an example using the YCrCb color space and HOG parameters of orientation=9, pixels_per_cell=(8,8) and cell_per_block=(2,2)

Hog features YCrCb color space

  1. I tried various combinations of parameters and I decided to use YCrCb color space with HOG parameters of orientations=9, pixels_per_cell=(8, 8) and cells_per_block=(2, 2) because it shows the different features output between car and not car.

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Vehicle Detection (Udacity CarND term1 project 5)

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