• What Computer Vision Does
• Obtaining Images

• What Computer Vision Does PDF PPTX
• Obtaining Images PDF PPTX

Readings from draft Computer Vision (D.A. Forsyth, likely 2027)

• What Computer Vision Does
• Obtaining Images

Quiz: to be discussed in class:

• What Computer Vision Does: none.
• Obtaining Images: all quick checks.

No required assignment

• Upsampling
• Smoothing and downsampling

• Upsampling PDF PPTX
• Smoothing and downsampling PDF PPTX

Readings from draft Computer Vision (D.A. Forsyth, likely 2027)

• Upsampling and Downsampling

Quiz: to be discussed in class:

• Upsampling and Downsampling: all quick checks.

Required Assignment: you do this and submit:

• 3.14 (a), (b), (c), (d), (e).

• Geometric transformations
• Transforming images

• Geometric transformations PDF PPTX
• Transforming images PDF PPTX

Readings from draft Computer Vision (D.A. Forsyth, likely 2027)

• Geometric Image Transformations

Quiz: to be discussed in class:

• Geometric Image Transformations: all quick checks.

No required assignment

• Linear Filters
• Finding Patterns
• Denoising

• Linear Filters PDF PPTX
• Finding Patterns PDF PPTX
• Denoising PDF PPTX

Readings from draft Computer Vision (D.A. Forsyth, likely 2027)

• Convolution
• Applications of Convolution

Quiz: to be discussed in class:

• Convolution: all quick checks.
• Applications of Convolution: all quick checks.

Required Assignment: you do this and submit:

• 5.13 (a), (b), (c), (d).

• Denoising considerations
• Denoising with optimization

• Denoising considerations PDF PPTX
• Denoising with optimization PDF PPTX

Readings from draft Computer Vision (D.A. Forsyth, likely 2027)

• Optimization based denoising

Quiz: to be discussed in class:

• Optimization based denoising: all quick checks.

No required assignment

• Edges and orientations
• Interest points

• Edges and orientations PDF PPTX
• Interest points PDF PPTX

Readings from draft Computer Vision (D.A. Forsyth, likely 2027)

• Edges and interest points

Quiz: to be discussed in class:

• Edges and interest points: all quick checks.

Required Assignment: you do this and submit:

• 8.13 (a), (b), (c).

• Background subtraction and shot boundary detection
• Image segmentation as clustering
• The k-means algorithm
• Graph theoretic clustering

• Background subtraction and shot boundary detection PDF PPTX
• Image segmentation as clustering PDF PPTX
• The k-means algorithm PDF PPTX
• Graph theoretic clustering PDF PPTX

Readings from draft Computer Vision (D.A. Forsyth, likely 2027)

• Image Segmentation with Clustering

Quiz: to be discussed in class:

• Image Segmentation with Clustering: all quick checks.

Required Assignment: you do this and submit:

• 9.15 (a), (b), (c).

• Inpainting by matching patches
• Patch based denoising

• Inpainting by matching patches PDF PPTX
• Patch based denoising PDF PPTX

Readings from draft Computer Vision (D.A. Forsyth, likely 2027)

• Using Patches to Inpaint and Denoise

Quiz: to be discussed in class:

• Using Patches to Inpaint and Denoise: all quick checks.

No required assignment

• Fourier Series
• Fourier Transforms
• Using the Convolution Theorem
• Sampling and Aliasing

• Fourier Series PDF PPTX
• Fourier Transforms PDF PPTX
• Using the Convolution Theorem PDF PPTX
• Sampling and Aliasing PDF PPTX

Readings from draft Computer Vision (D.A. Forsyth, likely 2027)

• The Fourier Transform
• Applications of the Fourier Transform

Quiz: to be discussed in class:

• The Fourier Transform: all quick checks.
• Applications of the Fourier Transform: all quick checks.

No required assignment

• Representing Lines and Planes
• The Hough Transform
• Classification and Detection by Voting

• Representing Lines and Planes PDF PPTX
• The Hough Transform PDF PPTX
• Classification and Detection by Voting PDF PPTX

Readings from draft Computer Vision (D.A. Forsyth, likely 2027)

• Voting and its Applications

Quiz: to be discussed in class:

• Voting and its Applications: all quick checks.

No required assignment